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THIS STUDY INVESTIGATES THE FEASIBILITY AND SUITABILITY OF APPLYING A COMPOSITE STRUCTURE TO ENCLOSE ELECTRONIC EQUIPMENT IN SUBMARINES. THE PROPERTIES OF THE STRUCTURE THAT ARE INVESTIGATED IN GREATEST DETAIL ARE WEIGHT AND VOLUMETRIC EFFICIENCY. SECONDARY INFLUENCES CONSIDERED AND QUANTIFIED ARE SHIP CONSTRUCTION EFFORT, TIME TO TEST ELECTRONICS, PERFORMANCE UNDER SHOCK LOADING AND CHARACTERISTI ...

THIS STUDY INVESTIGATES THE FEASIBILITY AND SUITABILITY OF APPLYING A MODULAR COMPOSITE STRUCTURE TO HOUSE AND SUPPORT TORPEDO-TUBE LAUNCHED WEAPONS IN SUBMARINES. THE PROPERTIES OF THE STRUCTURE THAT ARE INVESTIGATED IN GREATEST DETAIL ARE WEIGHT AND VOLUMETRIC EFFICIENCY. SECONDARY INFLUENCES CONSIDERED AND QUANTIFIED ARE PERFORMANCE UNDER SHOCK LOADING AND CHARACTERISTICS OF VIBRATION DAMPING A ...

THIS PROPOSAL IDENTIFIES A STRATEGY, BASED ON NEW OFF-THE-SHELF TOOLS, PROTOTYPING, AND INTERACTION WITH MAINTENANCE PERSONNEL, FOR DEVELOPING INFORMATION PRESENTATION GUIDELINES WHICH SUPPORT MAINTENANCE PERSONNEL WITH VARIOUS EXPERIENCE LEVELS, THE ENVIRONMENTS IN WHICH THE MAINTENANCE IS PERFORMED, THE DIFFERENT MEDIA AVAILABLE FOR ONLINE INFORMATION DISPLAY, AND THE COST-EFFECTIVE OF IMPLEMENT ...

KVH INDUSTRIES PROPOSES TO THOROUGHLY INVESTIGATE BOTH CONVENTIONAL AND INNOVATIVE USES FOR THE SELF POWERED VEHICLE DETECTOR (SPVD) AND TO MODIFY THE EXISTING DESIGN, IF REQUIRED, TO MEET THE SPECIFICATIONS OF THE NEW APPLICATIONS. THE OVERALL GOAL OF THE PROPOSED SBIR PHASE IEFFORT CAN BE SUBDIVIDED INTO THREE FUNDAMENTAL OBJECTIVES: RESEARCH INTO THE VARIOUS APPLICATIONS OF SPVD TECHNOLOGY AND ...

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SAILCOMP INDUSTRIES PROPOSES TO DESIGN AN ACOUSTIC DOPPLER WIND VELOCITY AND DIRECTION SENSING SYSTEM THAT OVERCOMES THE PROBLEM ASSOCIATED WITH PRESENT MECHANICAL DESIGNS. THE ACOUSTIC VELOCIMETER SYSTEM WILL CONSIST OF FOUR PAIRS OF TRANSDUCERS IN FEEDBACK LOOPS. BY MEASURING THE DOPPLER PHASE SHIFT IN EACH OF THE FOUR LEGS OF THE SYSTEM, WIND VELOCITY AND DIRECTION CAN BE CALCULATED. THIS SOLID ...