Missiles and Munitions--A Technology Analysis (Technical Insights)

 

USD 3,950

* Required Fields

USD 3,950

PAY BY INVOICE

Be the first to review this product

This research service profiles important emerging developments and trends in three technologies related to missiles and munitions: propulsion, materials, and guidance/tracking systems.

Table of Contents

Missiles and Munitions--A Technology Analysis (Technical Insights), Executive SummaryScope and MethodologyScopeMethodologyIntroduction and Key FindingsIntroductionKey FindingsMissiles and Munitions--A Technology Analysis (Technical Insights), Technology and Applications ViewpointTechnology PrimerIntroductionA Brief Overview of Relevant TechnologiesAn Assessment of Technology and Applications TrendsTrends in Missile TechnologiesTrends in Munitions TechnologiesMissiles and Munitions--A Technology Analysis (Technical Insights), Technology Adoption Factor AnalysisAnalysis of Accelerators and BarriersAnalysis of Accelerators and Driving FactorsAnalysis of Barriers and RestraintsSelected RegulationsSTANAG 4439--Policy for Introduction; Assessment; and Testing for Insensitive MunitionsSAASM-Based GPSMissiles and Munitions--A Technology Analysis (Technical Insights), Noteworthy Innovation in Missiles and MunitionsInnovations in Advanced MaterialsBiomimetic Approach to Develop Self-Repairing Composites--UKNew Machining Process for Ceramic Matrix Composites--USADamage Tolerance of Composite Laminates Studied--GreeceResearchers Pioneer Anchoring Techniques for Carbon Nanofibers--FranceA New Coating for Carbon/Carbon Composites Developed Using Novel Preparation Techniques--ChinaNovel Accelerated Materials to Test the Durability of Polymer Matrix Composites (PMC)--FranceInnovative Methodology to Study Interlaminar Fracture of Composite Laminates--PortugalEvaluation of Composites Subjected to Low Impact Events--BrazilLock-In Thermography for Nondestructive Evaluation of Advanced Composites--ItalyNew Laser Machining Technology in the Femtosecond and Nanosecond Range--USAResearchers Use Up-Hill Diffusion to Improve Oxidation Resistance of Titanium Alloys--JapanInhibition of Stress Corrosion Cracking of Aluminium Alloys Using Novel Protection Methods--SpainBally Ribbon Mills develops Quasi Isotropic Weaving Technology--USAComposite Mirrors with Optical Tolerance of Both Active and Passive Mirrors Developed--UKFusion Bonding Technology for Missile Applications--USACare-Mold for Fabrication of Complex Geometric Composite Parts--USASandwich Composite Core Solutions for Weight Optimization--SwedenMetal Clad Aramid Fiber for EMI Shielding Applications--USAAdvanced Composites for Missile Airframe and Other Applications Using Specialized Techniques--IndiaInnovations in Guidance, Synchronization and Tracking SystemsA New Technique to Compensate Radome Aberrations in Radar-Guided Missiles--IsraelMultisensor Target Tracking Using a New Kalman-Based Filter--GreeceIdentification of Multi-Aspect Radar Signals Using FSTND--KoreaXLi Products for Missile Launch Applications--USASuccessful Missile Test Firing Creates New Benchmark for Naval Air Defense Systems--NetherlandsTest Qualifies Two New Integrated Air Defense Systems for Naval and Ground Protection--UKSmart Area Weapon Extended to Maritime ApplicationsNew Fuze Improves Accuracy by a Factor of Three for Cannon Launched ArtilleryTwo Rate State-Space Decomposition Technique Developed--EstoniaGuidance and Control System against ASMs Studied--JapanNovel Missile Guidance Law Developed--TaiwanInnovations in Propulsion Related TechnologiesElectromagnetic Missile Launcher for Naval ApplicationsDynamic Stability of Liquid-Filled Projectiles Studied--KoreaNew Thermal Barrier Coatings for Gas Turbine Applications--JapanCrack Nucleation of Thermal Barrier Coatings Studied--CanadaOxidation Resistance of Thermal Barrier Coatings Improved--Singapore Robust Gas Turbine Diagnostics Technology Based on Fuzzy Logic--UKSignificant Innovation in Other Missiles and Munitions Related TechnologiesInsensitive Munitions Technology To Be Used Across Range of Calibers--UKNovel Approach to Wear Kinetics of Kinetic Energy (KE) Penetrators--USACNRS Researchers Initiate Micropyrotechnics for Missile and Warhead Fuze System--FranceA Revolutionary Concept for an Underwater Missile Launcher--UKMissiles and Munitions--A Technology Analysis (Technical Insights), Database of Selected Patents and Key Industrial ParticipantsPatentsUnited StatesOther CountriesKey Industrial ParticipantsAcademic ParticipantsCorporate ParticipantsMissiles and Munitions--A Technology Analysis (Technical Insights), Frost and Sullivan 2005 Science and Technology AwardsExcellence in TechnologyAward DescriptionAward RecipientTechnology InnovationAward DescriptionAward RecipientTechnology LeadershipAward DescriptionAward RecipientMissiles and Munitions--A Technology Analysis (Technical Insights), Critical Reference TablesDecision Support Database TablesMajor Aerospace and Defence CompaniesMilitary Research and Development Expenditure (1999-2006)Military Expenditure--Equipment Procurement (1999-2006)




Why Frost & Sullivan

Working with the CEO’s growth team to create a vision based on a transformation growth strategy

Creating content-based digital marketing strategies that leverage our research perspective to differentiate and “tell your story”

Tracking over 1000 emerging technologies and analyzing the impact by industry and application to reveal the companies to watch in each sector

The Frost & Sullivan team is based in our 45 global offices and have developed a powerful global understandings of how industries operate on a global level.