A review of lift fan propulsion systems for civil VTOL transports
Lift fan propulsion systems for civil VTOL aircraft
Lieblein, S.↗
Engineering topics
Lieblein, S.
Publications and source records attributed to Lieblein, S..
Problem areas for lift fan propulsion for civil VTOL transports
Problem areas for lift fan propulsion for civil VTOL transports
Lieblein, S.↗
Effect of a gas-solid suspension working fluid on radiator characteristics for a 1-megawatt Brayton space power cycle
Radiator heat transfer and geometric characteristics of Brayton space power cycle using gas-solid suspension working fluid
Lieblein, S.↗
Crater characteristics of 11 metal alloys under hyper-velocity impact including effects of projectile density and target temperature
Crater characteristics of 11 metal alloys under hypervelocity impact including effects of projectile density and target temperature
Clough, N.↗
Theoretical analysis of flow in VTOL lift fan inlets without crossflow
Theoretical analysis of axisymmetric flow in VTOL lift fan inlets without crossflow
Lieblein, S.↗
Analysis of radiator characteristics of a single-loop 100-kilowatt Brayton space power system using a pure gas and a gas-solid suspension
Comparative analysis of single-loop 100-kilowatt Brayton space power system using pure gas and gas-solid suspension as working fluids
Lieblein, S.↗
Analytical comparison of Rankine cycle space radiators constructed of central, double, and block-vapor-chamber fin-tube geometries
Weight, heat transfer, and efficiency comparison for Rankine cycle space radiators constructed of three different finned tube geometries
Haller, H. C.↗
Description and design of liquid-metal radiator and condenser test facility
Liquid metal radiator and condenser test facility
LIQUID METAL↗
Material and geometry aspects of space radiators.
Materials and fin tube geometry effects on ultimate size and mass of space radiator
GEOMETRIC FACTOR↗
Feasibility studies of space radiators using vapor chamber fins
Feasibility studies of space radiators using vapor chamber fins
RANKINE CYCLE↗
Analysis and correlation of heat-transfer coefficient and friction factor data for dilute gas-solid suspensions
Heat transfer coefficient, friction factor, and pressure drop analyzed in flow of gas - solid dilute suspension
FRICTION MEASUREMENT↗
Analysis of heat-rejection characteristics of space radiator panels utilizing shared fins
Heat rejection characteristics of space radiator panels utilizing shared fins
PANEL↗
Dimple, spall, and perforation characteristics in aluminum, columbium, and steel plates under hypervelocity impact
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impact
METEOROID HAZARD↗
Feasibility studies of space radiators using vapor chamber fins
Feasibility studies of space radiators using vapor chamber fins for application to Rankine system powerplants
SPACE RADIATOR↗
Material and geometry aspects of meteoroid armor protection for space radiator tubes.
Material and geometry aspects of meteoroid armor protection for space radiator tubes, discussing bumper-fin concept
HYPERVELOCITY IMPACT↗
Results of hypervelocity impacts into space radiator materials.
Hypervelocity impacts into space radiator materials, discussing material evaluation for waste heat shield
HYPERVELOCITY IMPACT↗
Significance of photographic meteor data in the design of meteoroid protection for large space vehicles
Photographic meteor data - significance in design of meteoroid protection for large space vehicles
Clough, N.↗
Analysis and evaluation of a vapor-chamber fin-tube radiator for high-power rankine cycles
Vapor chamber fin-tube radiator geometries for high power Rankine cycle system on spacecraft
SPACECRAFT RADIATOR↗