Wind tunnel tests of a wing-installed model VTOL lift fan with coaxial drive turbine
Wing installed VTOL coaxial drive lift fan model in wind tunnel test, investigating performance in crosswind environment
Diedrich, J. H.↗
Engineering topics
Diedrich, J. H.
Publications and source records attributed to Diedrich, J. H..
Wind tunnel tests of a wing installed model VTOL lift fan with coaxial drive turbine
Cross flow wind tunnel performance tests of 15 in. wing installed lift fan with coaxial drive turbine for VTOL transport aircraft
Diedrich, J. H.↗
Material and geometry aspects of space radiators.
Materials and fin tube geometry effects on ultimate size and mass of space radiator
GEOMETRIC FACTOR↗
Hypervelocity impacts into stainless-steel tubes armored with reinforced beryllium
Hypervelocity impact into stainless steel tubes armored with reinforced beryllium
HYPERVELOCITY IMPACT↗
Experimental investigation of total emittance and solar absorptance of several coatings between 300 deg and 575 deg K
Hemispherical total emittance and solar absorptance characteristics of thermal control coating systems in space nuclear power plant development
NUCLEAR POWER PLANT↗
Results of hypervelocity impacts into space radiator materials.
Hypervelocity impacts into space radiator materials, discussing material evaluation for waste heat shield
HYPERVELOCITY IMPACT↗
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
GRAPHITE↗
Investigation of damage to brittle materials by impact with high-velocity projectiles into glass and lucite
Damage to brittle materials by impact with high velocity projectiles into glass and Lucite
GLASS↗
Results of hypervelocity impacts into space radiator materials
Hypervelocity impact program to evaluate various materials for space radiator applications
MATERIAL TESTING↗
Material and geometry aspects of space radiators
Materials and fin-tube geometry which influence size and weight of space radiators
FIN↗
Brittle behavior of beryllium, graphite, and lucite under hypervelocity impact.
Cracking damage and cratering resulting from hypervelocity impact of beryllium, graphite and lucite used in spacecraft radiators
HYPERVELOCITY CRATERING↗
MATERIALS PROBLEMS ASSOCIATED WITH THE DESIGN OF RADIATORS FOR SPACE POWERPLANTS
Environmental and design considerations in selecting materials for construction of waste heat tubular fluid radiators for space electric power generation systems
SPACE RADIATOR↗
MATERIALS PROBLEMS ASSOCIATED WITH THE DESIGN OF RADIATORS FOR SPACE POWERPLANTS
Basic radiator problem related to space power plants
AUXILIARY POWER SOURCE↗
MATERIALS PROBLEMS ASSOCIATED WITH THE DESIGN OF RADIATORS FOR SPACE POWERPLANTS
Materials problems with the design of radiators for space powerplants
SPACECRAFT POWER SUPPLY↗