APPLICATIONS OF OPTIMIZATION THEORY AND PRACTICE
Time-optimal control theory applied to launch vehicle regulation and the newton-raphson optimization method
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Time-optimal control theory applied to launch vehicle regulation and the newton-raphson optimization method
Water flow visualization techniques in gas turbine combustion chamber study
Attitude control of interplanetary spacecraft by solar radiation pressure
Vibratory rate gyroscopes, with particular attention given to the tuning fork configuration
Spacecraft attitude control system optimization by parametric analysis of the magnitudes and directions of solar pressure torques
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Kinesthetic spatial discrimination in sports
Effect of changes in solar activity on coupling coefficients between primary & secondary cosmic ray variations
Applications of discoveries made in space exploration to other scientific fields
Industrial use of space program technological advances
Smoke trail photographic measurement of wind velocity profiles
Simulation of structural dynamics of space vehicles - similarity and model scaling, application of modeling to launch vehicles and spacecraft, and damping and support systems
Use of telemetry in intensive-care wards
Application of telemetry systems to biological study due to microminiaturization
Selection and design of models for analysis of structural dynamics of space vehicles
Design problems of high-performance multilayer insulation systems using evacuated flexible-jacket scheme for cryogenic stages
Handbook contains extensive reference literature and results from pertinent experiments to provide a collection of applied technology and reference sources for engineers and technicians. Fundamental equations of radiation, off-design corrections, characteristics of pyrometers, and calibration apparatus and techniques are discussed.