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Begin New Search Topic Military Strategy Content Type Research Paper Publication Year within 5 Years

1. Modelling Nuclear W Modelling Nuclear Weapon E eapon Effects in W ects in Wargaming Using Monte gaming Using Monte Carlo Simulations

Author:
Tyler Guetzke
Publication Date:
05-2023
Content Type:
Research Paper
Institution:
Department of Social Sciences at West Point, United States Military Academy
Abstract:
The United States Army’s interpretation of nuclear weapon effects needs change and modernization. Wargaming exercises are commonplace in today’s military, however, despite the growing threat of non-strategic nuclear weapons (NSNW), little has been done to inform battlefield commanders on their true effects. Our research seeks to develop a tool for commanders to easily interpret quantifiable effects of a NSNW. Utilizing Monte Carlo simulation, we are developing a new methodology to analyze NSNW effects. Our model allows a commander to calculate the expected unit strength following a NSNW strike which will aid in their operational decision making ability. The Monte Carlo simulation method for analyzing nuclear effects offers a novel approach to account for variation while giving the commander an analytically interpretable output as descriptive statistics that avoids probabilities.
Topic:
Defense Policy, Nuclear Weapons, Military Strategy, and Command and Control
Political Geography:
Global Focus

2. Strategic Shifts and NATO’s new Strategic Concept

Author:
Thierry Tardy
Publication Date:
06-2022
Content Type:
Research Paper
Institution:
NATO Defense College
Abstract:
NATO currently faces a fundamental challenge. Following the collapse of the Soviet Union, NATO adopted a de facto strategy of political, geographical and functional extension, welcoming new members, launching operations in new regions and multiplying its activities to address new low-intensity security threats.1 However, the pillars on which this strategy rested are now weakening. Today, strategic competition has returned and NATO’s military primacy is eroding, as much due to China’s impressive military modernization as because of the diffusion of military power enabled by globalization.2 Likewise, the liberal international order which allowed NATO to endure an uncertain military balance and a competitive international system during the Cold War is also under pressure. Free trade is under attack, democracy is receding, financial stability is harder to maintain and, last but not least, a seismic redistribution of wealth and power away from the Euro-Atlantic area and towards the Asia-Pacific is underway.3 Lastly, the non-traditional security threats which characterized the post-Cold War era remain, having even expanded in number and intensity.4
Topic:
Security, Defense Policy, NATO, International Cooperation, Military Strategy, and Alliance
Political Geography:
Europe and North America

3. War in Europe: preliminary lessons

Author:
Thierry Tardy
Publication Date:
05-2022
Content Type:
Research Paper
Institution:
NATO Defense College
Abstract:
The 24th of February, 2022, will remain a watershed date in European history; that day, the Russian regime led by President Vladimir Putin launched a military invasion of Ukraine, marking the return of war in Europe for the first time in decades. Much of what has transpired since the war’s onset has come as a surprise, whether in its political and strategic dimensions or in operational and tactical terms. The war was not an impossibility prior to 24 February, but it was certainly viewed in the West as improbable from the perspective of a rational cost-benefit analysis. This is especially so when one considers Putin’s attempt to swallow the entirety of Ukrainian territory. The means with which Russia attempted its conquest also raise a number of questions as to its armed forces’ level of preparedness, organisation, and operational ability. Today, it is clear that Russia’s military capacity was overestimated while Ukraine’s capacity to resist was underestimated. We have witnessed Russian forces encountering difficulties in achieving their military objectives and a Ukrainian nation-state – including its armed forces and its society – determined to deny Russia any gains. Politically, the Russian regime misread the very nature of the Ukrainian nation, which proved strong and unanimous in its rejection of the Russian endeavour – even in the country’s supposedly Russian-leaning East (with the exception of part of the Donbas). For its part, the Atlantic Alliance has displayed a political unity that was admittedly lacking in recent years prior. The United States has demonstrated unequivocal commitment to the defence of Europe, while European Allies have shown both political resolve and a will to take defence spending seriously. Very little dissent or freeriding has occurred in the West. Solidarity with Ukraine has been optimal, both politically and through the delivery of weapons. Still, Allied support is constrained by the imperative of non-belligerence. NATO Allies have made it clear upfront that they have no desire to directly confront Russia, hence the rejection of a no-fly-zone or any other move carrying the risk of inadvertent escalation. That said, NATO has deployed part of its NATO Response Force and activated its defence plans. Allies have strengthened their presence in each of the enhanced Forward Presence (eFP) four existing battlegroups, and committed to the deployment of four additional battlegroups in Romania, Slovakia, Hungary and Bulgaria. 40,000 troops are officially deployed under direct NATO command on the Eastern flank as of the beginning of April, together with ships and air assets. Most importantly, the US has staged a comeback in Europe, with an overall deployment of 100,000 troops, among which approximately 20,000 have deployed since the beginning of 2022. The European Union (EU) too has acted swiftly, most notably through the imposition of sanctions on Russia in lockstep with US and UK sanctions. The EU has also flexed its muscle through the newly created European Peace Facility (EPF), which has delivered three instalments of EUR 500 million to finance the delivery of weapons to Ukraine. At the time of writing, EU states had not taken the decision to extend sanctions to oil and gas imports from Russia, unlike the US and the UK. If such a decision is taken, this would lead to a major energy crisis – and therefore economic crisis – in the whole of Europe. The war, then, raises a series of questions about the current and future European security order. First, will Western unity endure over time? What are the risks that the US or some European states will defect once the initial shock of the invasion has faded, once sanctions begin harming European economies, once the possibility of a re-engagement with Russia is floated, or once the Indo-Pacific inevitably regains US attention? Second, how will the war impact European security institutions – most notably NATO and the EU – and to what extent will the current situation positively shape the partnership between the two? Third, how resilient will Europe be in the face of a possible energy crisis provoked by the cessation of oil and gas deliveries from Russia? Fourth, from a military perspective, what lessons can be drawn from the first months of the Russian offensive regarding both Russia’s capacity (or incapacity) as a first-tier military power and in the changing (or unchanging) character of modern war? Finally, what initial lessons should we draw regarding nuclear deterrence and the Atlantic Alliance’s ability to dissuade harmful Russian nuclear-related actions? This collective Research Paper, authored by NDC Researchers and the NDC Commandant, explores these questions directly, identifying some preliminary lessons from the war. In the first chapter, Lt. Gen. Olivier Rittimann looks at the war’s potential impact on the distribution of tasks between NATO and the EU. The second chapter, written by Thierry Tardy, examines NATO’s response to Russia’s aggression and outlines implications for both the EU and for NATO’s forthcoming Strategic Concept. The third chapter, co-authored by Andrea Gilli and Pierre de Dreuzy, analyses Russia’s military performance on the Ukrainian battlefield and draws early conclusions about Russian military power. Fourth, Marc Ozawa explores the war’s impact on European energy security and Europe’s dependence on Russian oil and gas. Finally, Cynthia Salloum assesses how the crisis questions the very concept of deterrence and Allies’ ability to deter the Putin regime. This Research Paper is published alongside a series of related events and publications (notably in the Policy Brief series) that the NATO Defense College Research Division has organized in relation to the ongoing revision of the Alliance’s Strategic Concept. To that end, it arrives in tandem with an adjacent NDC study on the strategic shifts impacting NATO’s core tasks and in anticipation of a multi-authored analysis (to be released in September 2022) of the forthcoming Madrid Strategic Concept.
Topic:
Security, Defense Policy, NATO, International Cooperation, and Military Strategy
Political Geography:
Europe and North America

4. Detailed Velocity and Heat Transfer Measurements in an Advanced Gas Turbine Vane Insert Using Magnetic Resonance Velocimetry and Infrared Thermometry

Author:
Michael Benson, David Bindon, Mattias Cooper, F. Todd Davidson, . David Helmer, Robert Woodings, Benjamin Duhaime, Bret P. Van Poppel, Christopher Elkins, and John P. Clark
Publication Date:
02-2022
Content Type:
Research Paper
Institution:
Department of Social Sciences at West Point, United States Military Academy
Abstract:
This work reports the results of paired experiments for a complex internal cooling flow within a gas turbine vane using magnetic resonance velocimetry (MRV) and steady-state infrared (IR) thermometry. A scaled model of the leading edge insert for a gas turbine vane with multi-pass impingement was designed, built using stereolithography fabrication methods, and tested using MRV techniques to collect a three-dimensional, three-component velocity field data set for a fully turbulent test case. Stagnation and recirculation zones were identified and assessed in terms of impact on potential cooling performance. A paired experiment employed an IR camera to measure the temperature profile data of a thin, heated stainless steel impingement surface modeling the inside turbine blade wall cooled by the impingement from the vane cooling insert, providing complementary data sets. The temperature data allow for the calculation of wall heat transfer (HT) characteristics, including the Nusselt number distribution for cooling performance analysis to inform design and validate computational models. Quantitative and qualitative comparisons of the paired results show that the flow velocity and cooling performance are highly coupled. Module-to-module variation in the surface Nusselt number distributions is evident, attributable to the complex interaction between transverse and impinging flows within the apparatus. Finally, a comparison with internal HT correlations is conducted using the data from Florschuetz et al. [1981, “Streamwiseflow and Heat Transfer Distributions for Jet Array Impingement With Crossflow,” ASME 1981 International Gas Turbine Conference and Products Show, American Society of Mechanical Engineers. doi:10.1115/1.3244463]. Measurement uncertainty was assessed and estimated to be approximately ±7% for velocity and ranging from ±3% to ±10% for Nusselt number.
Topic:
Science and Technology, Military Strategy, and Innovation
Political Geography:
Global Focus

5. Sharing Cyber Capabilities within the Alliance - Interoperability Through Structured Pre-Authorization Cyber

Author:
Jan Kalberg, Todd Arnold, and Stephen S. Hamilton
Publication Date:
07-2022
Content Type:
Research Paper
Institution:
Department of Social Sciences at West Point, United States Military Academy
Abstract:
Sharing cyber weapon/cyber capabilities requires trust between the member states, becoming a high-end policy decision due to the concerns of proliferation and the investment in designing a cyber-weapon that has a limited ’shelf-life’. The digital nature of cyber weapons creates a challenge. A cyber weapon can spread quickly, either self-propagating such as worms or via disclosure (and subsequent reuse) by malware researchers or malicious actors, raising proliferation concerns. Additionally, a cyber-weapon can be copied by the adversary or reverse engineered. Once the weapon is released, the adversary will eventually address the vulnerability, and the opportunity is gone. These factors raise the threshold between member states to share cyber weapons and cyber capabilities. Alliances, like NATO, prepare for a unified multinational, multi-domain fight; meanwhile, the national cyber forces are still operating as solitaires with limited interoperability and sharing. There is a need in the collective defence posture to integrate the multinational cyber force to achieve interoperability.
Topic:
Security, NATO, Military Strategy, Cybersecurity, and Alliance
Political Geography:
Europe and North America

6. Regional security and alliances in the Middle East and the Indo-Pacific: implications for European security

Author:
Bastain Giegerich, Emile Hokayem, and Sharinee Jagtiani
Publication Date:
01-2022
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
Regional security dynamics and the constructs to manage them are in flux around the world. Governments are attempting to address a multitude of simultaneous security challenges; determine the depth and scope of achievable and desirable security autonomy versus the unavoidable interdependencies with friends and opponents alike; and maintain a focus on their specific regional hotspots, whilst also positioning themselves for the era of systemic competition between an assertive China and the United States. This research paper analyses the challenges and implications of regional security dynamics in the Middle East and the Indo-Pacific for European security to inform discussions in NATO and the EU on their respective global role and help decide on an achievable level of ambition for dealing with partners and challengers. Against this background, both the European Union and NATO are revising their strategic guidance to produce in 2022 – in the case of the EU – the so-called Strategic Compass, a document to give further shape and substance to the Union’s international security role, and – in the case of NATO – a new Strategic Concept to replace an earlier version developed in 2010. Aspects of international order, geopolitics and regional stability will inform these documents as both organisations will need to tackle their respective global role and decide on an achievable level of ambition for dealing with partners and challengers. NATO’s 2021 Brussels Summit Communiqué suggested that NATO would work to improve its ‘ability to contribute to preserve and shape the rules-based international order in areas that are important to Allied security… [and] increase… dialogue and practical cooperation with existing partners’. In addition, NATO heads of state and government decided to ‘strengthen NATO’s ability to provide training and capacity building support to partners’. The draft Strategic Compass document debated by EU ministers in November 2021 stated that the EU would ‘bolster partnerships where they are mutually beneficial and serve EU values and interests, particularly when there is a shared commitment to an integrated approach to crises and capacity building’, and proposed a range of multilateral, regional and bilateral initiatives to deepen and strengthen partnership formats.
Topic:
Security, Diplomacy, Regional Cooperation, Military Strategy, and Alliance
Political Geography:
Middle East and Indo-Pacific

7. Assessing military cyber maturity: strategy, institutions and capability

Author:
Greg Austin and Jason Blessing
Publication Date:
02-2022
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
Few governments have reached an enduring consensus on just how quickly and how deeply reforms to their military cyber forces must be made. While consensus points have been reached, these are usually tested within a short period of time by international circumstances and technological trends. The main dilemma is whether military cyber strategies and capabilities need more than routine development as just one more element of military power, or whether they warrant radical development pathways and a higher priority than others. One of the most profound influences on the evolution of a country’s military cyber forces and strategies is politics. This paper offers insights into how the governance and organisational factors of domestic politics facilitate or inhibit the dissemination of cyber concepts and capabilities throughout military forces beyond the main signals or cyber intelligence agency. There are at least three reasons to analyse military cyber maturity. The countries currently pursuing such capabilities are not satisfied with the development levels in policy and strategy they have so far reached. There is increasing potential for crippling cyber attacks on key elements of military capability or supporting infrastructure. And no country has yet succeeded in the broad dissemination of cyber capabilities through its armed forces in ways that leading military planners would like. Few governments have reached an enduring consensus on just how quickly and how deeply reforms in the armed forces must be made to satisfy national security needs. While consensus points have been reached, these are usually tested within a short period of time by inter-national circumstances and technological trends. The main dilemma is whether military cyber strategies and capabilities need more than routine development as just one more element of military power, akin to artillery or submarines; or whether they are sufficiently transformative of military power to warrant radical development pathways and a higher priority than others. This paper provides an impact matrix which can be used by governments, their armed forces and research analysts to understand the ways in which military cyber reforms can be facilitated or inhibited by governance and organisational processes.
Topic:
Defense Policy, Science and Technology, Military Strategy, Cybersecurity, and Digitization
Political Geography:
Global Focus

8. Military capabilities in Europe: a framework for assessing the qualitative dimension

Author:
Bastain Giegerich and James Hackett
Publication Date:
02-2022
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
There is renewed focus in Europe on deterring and defending against state-level aggression. However, after decades of mainly crisis-management operations abroad, questions are being asked about the capability of European armed forces to achieve these tasks. Within the context of a deteriorating security environment, limited resources and a need for governments to better explain the benefits of defence, this report examines factors important in assessing military capability. There is particular focus on six input areas that are central to assessing the qualitative dimension of capability. The report includes contributions from seven specialists from across Europe, offering perspectives on these lines of enquiry and their relative importance to European states’ military capability now and in the future.
Topic:
Security, Military Strategy, State Building, and Resource Management
Political Geography:
Europe

9. Military ambitions and competition in space: the role of alliances

Author:
Greg Austin, Rajeswari Pillai Rajagopalan, and Tim Wright
Publication Date:
02-2022
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
Emerging trends in space ambitions and capabilities of major state actors have given renewed urgency to efforts by NATO and other coalitions to build stronger alliance relations to secure shared interests in space. This report reviews the military ambitions, operations and capabilities of leading and aspiring space powers in order to assess their likely impact on alliances, partnerships or other national-security coalitions. China wants to overtake Russia as a space power by 2035 and become at least a co-equal with the United States by 2045. For its part, Russia is determined to maintain its standing as a space power. Both are testing the boundaries of the existing order in space through various actions, including weapons testing, and both are keen to demonstrate that they now have the capabilities to attack adversary space assets. Partly in response to this, in 2020 the US declared its intention to radically reshape the operating environment of space to better meet its interests, while its allies and partners have announced new space ambitions as well. India and Japan are setting new strategic goals for space policy in response to China’s threatening behaviour. France is positioning itself to climb higher up the ladder of military space power, while the United Kingdom and Germany have set new aspirations for economic gain and further influence on the diplomatic aspects of space. In this environment, military alliances have become more prominent in shaping space policy. The US has stepped up its engagement with other governments, either through existing alliances or new partnerships, to secure its interests. China and Russia, which have few allies of relevance, except perhaps each other, are concentrating on constraining the effectiveness of the United States’ alliances. The three space powers harbour renewed fears of technological surprise by their rivals, and this makes sharing research on space warfare among allies more important than ever. For example, testing of the most visible space weapons, direct-ascent anti-satellite (ASAT) missiles, is escalating – and this is now only one of more than 20 forms of attack on space assets being tested or already in place. But there remain questions about how to achieve scale and military effect using all these methods for wartime operations, including kinetic ASAT weapons: would China or Russia be able to launch successful attacks against the entire military satellite fleet of the US (all 173 units) in the opening stages of a war? Assuming they could not, what proportion of the fleet would have to be disabled for the attack to have a positive military or strategic effect for the attacker?
Topic:
Security, Military Strategy, Conflict, Space, Strategic Competition, and Territory
Political Geography:
Global Focus

10. Challenges to NATO's Nuclear Strategy

Author:
Andrea Gilli
Publication Date:
12-2021
Content Type:
Research Paper
Institution:
NATO Defense College
Abstract:
In 2022, NATO will present its new Strategic Concept. Since 2010, when the previous Strategic Concept was published, NATO and the world have changed significantly. At the time, NATO was primarily engaged in crisis management, including in operations in Iraq and Afghanistan. The Strategic Concept enabled the Alliance to further expand – conceptually and geographically – its out-of-area activities, together with the core tasks of cooperative security. Eleven years later, the dominant paradigm of international politics is great power competition: in other words, countries like Russia and China are competing with the West strategically, economically, militarily, and in terms of values. Many things have remained constant, however: one is the centrality of nuclear weapons for NATO’s deterrence and defence posture. Since 2010, Allies have continued to affirm that as long as nuclear weapons exist, NATO will remain a nuclear alliance, notwithstanding the Alliance’s ultimate goal of a world free of nuclear weapons.
Topic:
Security, Defense Policy, NATO, Arms Control and Proliferation, Nuclear Weapons, Military Strategy, and Deterrence
Political Geography:
Europe and North America

11. NATO and the future of arms control

Author:
Dominik P. Jankowski
Publication Date:
11-2021
Content Type:
Research Paper
Institution:
NATO Defense College
Abstract:
The crisis of arms control1 is obvious and broadly discussed among states, within the world’s expert community and to a lesser extent the media. This crisis has at least three building blocks: Russia continues to violate or undermine key arms control treaties and commitments; China rejects to join the existing arms control architecture; and both countries heavily invest in the modernization of their armed forces, including development of the nuclear arsenals. In the current highly competitive environment, arms control is more difficult to achieve and is likely to accomplish less than what was optimistically anticipated a generation ago. The growing pressure to “save arms control at all cost”, often expressed by the Western expert community, further complicates the situation. The excessively aspirational and ideological approach to arms control – in which arms control, disarmament, and non-proliferation (ADN) become a silver bullet solution – is as dangerous as security and defence policies which entirely exclude ADN. As James Cameron rightly points out, “history should teach policy-makers to look beyond formulae for strategic stability to other ways in which arms control can help to contain disruptive challenges to the balance of power and minimize the chances of war”.2 This Research Paper analyzes the past, present, and future of arms control in the Euro- Atlantic region, through an examination of what arms control actually does well, and what it does not do. It puts an emphasis on the role of NATO Allies in this regard, based on the Alliance’s past experience and taking into consideration current multilateral and multi- domain environment. The paper is based on three assumptions. First, arms control is not dead and its goals remain valid. Second, arms control is a policy tool, not an end in itself. In practice, for NATO Allies it means that any decisions on arms control must reflect the requirements of the Allies’ strategy of deterrence and defence. Third, in their approach o arms control, NATO Allies should be guided by the principles of security, stability, and verification.3
Topic:
Security, Defense Policy, NATO, Military Strategy, and Alliance
Political Geography:
Europe and North America

12. The Crisis After the Crisis: How Ladakh Will Shape India’s Competition with China

Author:
Arzan Tarapore
Publication Date:
05-2021
Content Type:
Research Paper
Institution:
Walter H. Shorenstein Asia-Pacific Research Center
Abstract:
In May 2020, China launched several near-simultaneous incursions across the Line of Actual Control (LAC) in Ladakh, into territory hitherto controlled by India. Both sides reinforced their positions with tens of thousands of troops, engaged in a deadly skirmish, and reportedly came close to war. An agreement to disengage troops was announced in February 2021, but implementation has been halting. Regardless of how disengagement progresses, the crisis poses significant challenges for India’s long-term strategic competition with China. As a result of the Ladakh crisis, India faces a new strategic reality in which China is a clear and abiding adversary. For India, the political relationship is now defined by hostility and distrust, and the LAC will remain more heavily militarised and violence-prone. Given this new reality, India is likely to further defer military modernisation and maritime expansion into the Indian Ocean. In the face of unremitting Chinese naval expansion, India risks losing significant political and military leverage in the Indian Ocean. At the same time, China appears to have escaped significant harm. Its better-resourced military could better absorb the material costs of the mobilisation. It may have been more concerned by the prospect of an increasingly hostile India, but the disengagement agreement has limited even those modest political costs. The central policy challenge for India is balancing the heightened Chinese military threat on the northern border with the rapidly growing Chinese military presence in the Indian Ocean. It can manage this challenge by focusing on military strategies of denial rather than punishment, focusing on imposing political rather than material costs on China, and accepting more risk at the LAC in exchange for long-term leverage in the Indian Ocean region. How India responds will shape not only its strategic competition with China, but also the interests of likeminded partners including Australia, which depend on an increasingly capable and active India.
Topic:
Defense Policy, Military Strategy, Territorial Disputes, Hegemony, and Strategic Interests
Political Geography:
China, India, and Asia

13. Scientific Risk Assessment of Genetic Weapons Systems

Author:
Richard Pilch, Jill Luster, Miles A. Pomper, and Timothy Shaw
Publication Date:
09-2021
Content Type:
Research Paper
Institution:
James Martin Center for Nonproliferation Studies
Abstract:
For any emerging technology, defense and homeland security analysts strive to understand (1) its dual-use potential, meaning whether the same research and technology applied for peaceful purposes may be diverted to illicit ends, for example to develop a weapon; (2) the State and sub-State actors with access to that dual-use potential, whether peacefully or illicitly directed; and (3) motivational factors and indicators of intent that might suggest these actors would divert the emerging technology to illicit ends. Precision medicine represents one such emerging technical space. Precision medicine is defined as medical care designed to optimize benefit for particular groups, especially based on genetic (or molecular) profiling. A long-speculated but incompletely understood dual-use consideration of precision medicine is the possible development of a genetic weapon system, defined as a weapon system designed to optimize effect on particular groups based on genetic profiling. This Occasional Paper assesses the potential for precision medicine to be diverted to develop a population-specific genetic weapon system, examines relevant state capabilities and motivations to pursue such an effort, and offers policy recommendations to manage the dual-use implications of this emerging biomedical field while still preserving its potential benefit for human welfare.
Topic:
Defense Policy, Science and Technology, Military Strategy, Weapons, and Emerging Technology
Political Geography:
Global Focus

14. Implications of Russia’s Activities in the Middle East and North Africa Region for U.S. Strategy and Interests

Author:
Chen Kane and Miles A. Pomper
Publication Date:
12-2021
Content Type:
Research Paper
Institution:
James Martin Center for Nonproliferation Studies
Abstract:
Russia’s ability to project power into the region remains limited today, and the status quo seems tolerable. But there are risks to U.S. interests in the future. The United States’ military withdrawals from Afghanistan, the Gulf and Iraq have significantly affected both U.S. regional posture and perceptions of U.S. commitment. Against that backdrop, the United States confronts multiple challenges as it seeks to “do more with less” in the region. Russia’s opportunities in the region increase as U.S. involvement decreases. Moscow’s “low investment, high disruption” approach works because it leverages the self-interest of actors, stakeholders, and governments in pursuit of limited aims. The U.S. approach of “high investment, low disruption” to preserve favorable regional balances of power is more costly and affords the United States less latitude, since it is rooted in principles and values. Russia is well-positioned (along with China) to undermine U.S. interests incrementally. That is true in MENA itself and, given the impact of Russia’s activities in this region for U.S. strategic advantages, in other regions of importance to the U.S., such as Europe and Asia. Countering Moscow’s efforts now should, therefore, be an important element of a revised and more comprehensive, yet also tailored, U.S. approach to the MENA region. What is needed is an adapted approach that leverages the United States’ comparative advantages to mitigate Moscow’s influence and that includes shifting some of the current U.S. presence to a more agile and unpredictable posture. Throughout the report, regional countries are categorized into four groups reflecting their anticipated vulnerability to Russian influence-building: (1) “Russia’s friends” (Iran and Syria); (2) “Balancers critical to NATO’s power projection” (Libya and Turkey); (3) “U.S. friends requiring sustained attention” (Egypt and Iraq); and (4) “U.S. allies seeking limited engagement with Russia” (the GCC and Israel). The U.S. should tailor its efforts to: contain Russia’s influence in Iran and Syria, roll back Russia’s influence in Libya and Turkey, manage Russia’s influence — especially on the military and defense sectors —in Egypt and Iraq, and offer reassurance to the GCC and Israel in order to minimize Russian influence in those countries.
Topic:
Military Strategy, Hegemony, Conflict, and Strategic Interests
Political Geography:
Africa, Russia, Europe, Middle East, North America, and United States of America

15. Corrosion Evaluation of a Navy MK50 Weapon Station Friction Brake Assembly

Author:
Ruby L. Romsland and Kenneth McDonald
Publication Date:
02-2021
Content Type:
Research Paper
Institution:
Department of Social Sciences at West Point, United States Military Academy
Abstract:
The presence of corrosion on or within structures is of major concern as corrosion reduces the integrity of the materials which could potentially result in large-scale failures of structures and equipment. The United States Navy is an organization that actively works to prevent large equipment failure due to corrosion. One such problem is the corrosion of the friction brake assembly on the MK50 Weapon Station, which has recently been experiencing corrosion between the friction brake and its set screw preventing it from operating correctly. The friction brake was known to be stainless steel; however, the set screw was of unknown composition. Through elemental analysis it was determined that the MK50 Weapons Station friction brake set screw was similar in composition to commonly available black oxide coated steel screws. Electrochemical polarization measurements of the friction brake assembly components revealed that the set screw and the friction brake were electrochemically dissimilar metals which resulted in the galvanic corrosion of the assembly when out at sea. The electrochemical polarization measurements of a stainless steel screw showed a corrosion potential similar to that of the friction brake; therefore, replacing the current set screw with a stainless steel screw would decrease the galvanic potential difference between the set screw and the friction brake. This proposed solution is expected to slow or prevent further corrosion of the MK50 Weapon Station ensuring the combat readiness of the equipment.
Topic:
Science and Technology, Military Strategy, Navy, and Engineering
Political Geography:
North America and United States of America

16. Managing the looming missile-proliferation problem in the Asia-Pacific

Author:
International Institute for Strategic Studies
Publication Date:
03-2021
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
In light of the range of capabilities that contemporary missile systems and associated technologies can provide, it is unsurprising that more and more states around the world aspire to acquire them. In the Asia-Pacific, the involvement of the three major nuclear powers – China, Russia and the United States – as well as middle powers make the situation even more complex and unstable. When the US withdrew from the Intermediate-Range Nuclear Forces (INF) Treaty on 2 August 2019, the Asia-Pacific seemed to enter a ‘post-INF’ era in which regional states may face dim prospects for arms control and potentially a fierce theatre-level, missile-led arms race. This essay reviews emerging trends in missile proliferation and analyses the relevant risks of these trends before assessing some of the mechanisms that address proliferation challenges. It then explores ways of curbing and even reversing these trends from a Chinese perspective. It is increasingly clear that since 2010 the world has been undergoing a period of nuclear modernisation and missile proliferation. The US and Russia, which possess the majority of the world’s nuclear weapons, have both recently accelerated efforts to modernise their respective nuclear arsenals. As highlighted in the 2018 US Nuclear Posture Review (NPR) and the subsequent policy and budget decisions of former US president Donald Trump, Washington has abandoned a pledge – made by former president Barack Obama − to abstain from researching and deploying new kinds of nuclear warheads. Since then, the US has deployed a low-yield nuclear warhead (W76-2) on a submarine-launched ballistic missile (SLBM) in late 2019 and begun to redevelop a nuclear sea-launched cruise missile (SLCM) as another key component of its nuclear-modernisation plan. For the air-leg of the US triad, the US Air Force received a final proposal for the Long-Range Standoff Weapon (LRSO) in November 2020 ahead of its preparations to seek approval for the system’s development. The LRSO is a nuclear-armed cruise missile intended to serve as a replacement for the AGM-86B air-launched cruise missile (ALCM). Furthermore, the US also tested a groundlaunched cruise missile (GLCM) in August 2019 and a ground-launched intermediate-range ballistic missile (IRBM) in December 2019 following Washington’s withdrawal from the INF Treaty. All these capabilities are deemed by the US to be effective measures to counter a limited nuclear attack from Russia or China. Russia, which maintains a stockpile of approximately 4,310 warheads assigned for use and an estimated further 2,060 awaiting retirement and dismantlement, is in the middle of a decades-long nuclear-forces modernisation programme. This modernisation also incorporates the addition of new types of strategic delivery systems, which were unveiled by Russian President Vladimir Putin in March 2018. These include a new nuclear-armed hypersonic glide vehicle (HGV), Avangard, a nuclear-powered and nuclear-armed cruise missile, Burevestnik, a new anti-ship hypersonic cruise missile, Zircon, and a nuclear-powered and nuclear-tipped uninhabited underwater delivery vehicle, Poseidon.
Topic:
Defense Policy, Military Strategy, Conflict, and Missile Defense
Political Geography:
Asia-Pacific

17. The Nagorno-Karabakh war: a spur to Moscow’s UAV efforts?

Author:
Julian Cooper
Publication Date:
03-2021
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
For Russian observers and analysts, the 44-day war in 2020 between Azerbaijan and Armenia highlighted the comparative lack in Russia’s own armed uninhabited aerial vehicle (UAV) inventory, as well as the patchy performance of Russian-made short-range ground-based air-defence systems in countering UAVs. Nearly two decades after the US began to operate armed UAVs and as the number of countries possessing armed UAVs around the world steadily increases, Russia has yet to field a similar capability. Factors contributing to this failing include the collapse of Russian defence spending in the 1990s, the more recent focus on recapitalising in-service capabilities, the neglect of some of the required-technology building blocks for UAV systems, and Western sanctions. In 2009 Russia imported ten small Birdeye 400 and two larger Searcher Mk II UAVs and the associated ground-control and support systems from Israel. In September 2011 the Defence Ministry opened a tender for ISR and armed UAVs, and a far higher-performance uninhabited combat air vehicle (UCAV) with Sukhoi eventually being the preferred UCAV developer. Two medium-altitude long-endurance designs were selected, the Kronstadt Orion (Inokhodets-BLA) single-engine UAV, and the now-UWCA Altius twin-engine platform. As of early-2021, neither project has entered service in significant numbers. Engine-supply issues have been a contributory factor. For Moscow, the task of producing a modern, competitive small piston engine suitable for UAV applications has represented a challenge. This engine-supply problem is rooted in a decades-long focus on advanced propulsion technologies at the cost of the humble piston engine, and – at the time – the capacity to source these from elsewhere within the USSR. By the time the gap was beginning to be recognised in the 1990s funding was not available to revive the domestic development of piston aeroengines. Other contributing factors to the Russian UAV gap include the fact that relatively cheap piston engines for UAVs lack the prestige to command resources and administrative authority, especially in a decision-making system where the development of advanced weapons appears to be in the hands of a relatively small circle of people with little involvement of civilian experts. Inter-service rivalry may also have hindered the introduction of ISR and armed UAVs into the inventory. Given the extended difficulties Russia has had in getting ISR and armed UAVs into service there remains a question as to why it has not turned more to the international market to address the capability gap. While Beijing might have been willing to supply armed UAVs to Russia, this would have required Moscow to purchase from what was previously a client state in terms of weapons sales. It would also be considered a tacit admission it was lagging China in UAV development. In addition, for all its difficulties, Russia may well still view the UAV-export market as one it could enter. In this context China would be a competitor. The Nagorno-Karabakh war and Russia’s experience in Syria have underscored the challenges to current ground-based air-defence systems when defending against UAVs and loitering munitions. Along with gun and missile-based counters the Defence Ministry is looking at electronic countermeasures. A more novel approach has been to look at using certain UAVs as a counter measure. Training now also includes more counter-UAV activities.
Topic:
Security, Defense Policy, Military Strategy, and Conflict
Political Geography:
Russia and Europe

18. Open-source analysis of Iran’s missile and UAV capabilities and proliferation

Author:
International Institute for Strategic Studies
Publication Date:
04-2021
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
Iran’s ballistic missile systems, supplemented by cruise missiles and UAVs, are intended not only for deterrence, but for battle, including by Iran’s regional partners. In a new report, the IISS provides a detailed assessment of Iran’s missiles, and the manner and purposes for which it has been proliferating them. Nuclear issues are the exclusive focus of the negotiations on the restoration of the 2015 Joint Comprehensive Plan of Action, which have taken place in Vienna. The Western powers are keen, however, to engage in follow-on talks to address Iran’s missiles and activities in the region. To inform the public policy debate on the latter matters, the IISS has produced a fact-rich technical assessment of Iran’s current missile and uninhabited aerial vehicle (UAV) capabilities and its proliferation of these technologies to Iran’s regional partners.
Topic:
Defense Policy, Arms Control and Proliferation, Military Strategy, Nonproliferation, and Missile Defense
Political Geography:
Iran and Middle East

19. Missile multinational: Iran’s new approach to missile proliferation

Author:
International Institute for Strategic Studies
Publication Date:
04-2021
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
How does Iran equip its proxies and allies with increasingly sophisticated and longer-range ballistic missiles and artillery rockets? Fabian Hinz considers Iran’s new missile-proliferation strategy. The proliferation of ballistic missiles and artillery rockets to non-state actors by the Islamic Republic of Iran is a constant source of tension in the Middle East. Yemen’s Houthi rebels conduct ballistic-missile strikes on Saudi Arabian cities, airports and oil installations; Hizbullah’s ever-growing rocket and missile arsenal sparks Israeli consideration of military options; and Iranian proxies rocket the United States’ installations in Iraq on an almost weekly basis. But how does Iran equip its proxies and allies with increasingly sophisticated and longer-range ballistic missiles and artillery rockets? For years, the answer has been through smuggling. In one example, on 19 March 2021 Saudi Minister of State for Foreign Affairs Adel al-Jubeir claimed that all Houthi missiles fired at the Kingdom were ‘made in Iran’, and there is ample evidence that Houthis were the recipients of weapons such as Iran’s short-range Qiam ballistic missile. Iran doubtlessly continues to directly transfer missiles outside its borders to some degree. However, in recent years smuggling has been augmented by two other transfer methods: the provision of guidance kits to modify existing stockpiles of artillery rockets, and the wholescale provision of manufacturing capabilities. Iranian support for enabling local rocket production is not new. Reports about the rocket arsenals of Palestinian factions in Gaza regularly cite Iranian assistance for domestic manufacturing, and Hizbullah’s alleged missile factory in the Beqaa Valley became the topic of competing accusations in the Israeli–Hizbullah relationship. However, closer examination of Iranian sources, documents likely leaked by Israeli intelligence and the missiles unveiled by the Houthis reveal a strategy of empowering Iranian proxies that is more comprehensive than previously thought. In cooperation with Iran’s missile industry, the Quds Force (QF) of the Islamic Revolutionary Guard Corps (IRGC) appears intent on enabling all its main proxies to be able to autonomously manufacture artillery rockets and precision-guided missiles. Also, a special development effort seems to be aimed at creating simple artillery rockets and short-range-missile systems and production units custom-tailored for local production.
Topic:
Defense Policy, Arms Control and Proliferation, Military Strategy, and Missile Defense
Political Geography:
Iran and Middle East

20. Missile developments in South Asia: a perspective from Pakistan

Author:
International Institute for Strategic Studies
Publication Date:
05-2021
Content Type:
Research Paper
Institution:
International Institute for Strategic Studies
Abstract:
India and Pakistan continue to develop their missile-delivery systems and associated nuclear inventories, raising concerns of a regional arms race. While Indian doctrine appears intended to fight a ‘two-front war’ against Pakistan and China, the extent to which India’s missile inventory is balanced, or otherwise, is a cause of disquiet in Islamabad. Many of the new missile systems being added to India’s inventory appear to be more suited to target Pakistan than China. This disconnect between India’s threat perception and missile developments not only risks eroding the credibility of its deterrence posture vis-à-vis China, but also courts an action–reaction dynamic with Pakistan. Islamabad, in response to how it views Indian developments, is in turn making qualitative improvements to its missile arsenal, with the intention of deterring limited conflict to an all-out war. The resultant arms race in the missile arena, however, is moving on two different trajectories. This paper discusses ongoing missile developments in South Asia, and how India and Pakistan have used different delivery systems as signalling mechanisms during past crises in an attempt to achieve their respective military or political objectives. It is also useful to examine Pakistan’s posture of Full-Spectrum Deterrence (FSD) in the context of India’s Cold Start doctrine, introduced in 2004 and apparently intended to allow India to explore options for a limited war in cases where there is a risk of crossing the nuclear threshold. The paper also reviews whether doctrinal ambiguities can be discerned in India’s declaratory nuclear policies, especially New Delhi’s claim of maintaining a credible minimum deterrence (CMD) and how this can be squared with the goal of being able to cope with a ‘two-front war’.
Topic:
Security, Defense Policy, Military Strategy, Missile Defense, and Rivalry
Political Geography:
Pakistan, China, India, and Asia