Estimation of the local instantaneous heat flux inside a pulsating heat pipe for space applications

Keyphrases

• Space Application 100%
• Pulsating Heat pipe 100%
• Instantaneous Heat Source 100%
• Heat Transfer 33%
• Value-based 33%
• Heat Flux 33%
• Temperature Data 33%
• Evaporator 33%
• Parabolic Flight 33%
• Microgravity 33%
• FC-72 33%
• Thermal Low 33%
• Aluminum Tube 33%
• Condenser 33%
• Heat Transfer Rate 33%
• Evaporator Section 33%
• Internal Surface 33%
• Thermal Control 33%
• Pipe Wall 33%
• Forced Convection 33%
• European Space Agency 33%
• Two-phase Heat Transfer Devices 33%
• Passive Two-phase Heat Transfer 33%
• International Space Station 33%
• Tikhonov Regularization Method 33%
• Inverse Heat Conduction Problem 33%
• Thermal Adaptability 33%
• Local Heat Flux 33%
• High-temperature Heat Transfer 33%
• First-principles 33%
• High Speed Infrared Camera 33%
• External Temperature 33%
• Inverse Analysis 33%
• Convective Heat Flux 33%
• Infrared Temperature 33%

Engineering

• Space Application 100%
• Heat Pipes 100%
• Heat Flux 100%
• Input Data 25%
• Convective 25%
• Evaporator 25%
• Condenser 25%
• Infrared Camera 25%
• Evaporator Section 25%
• Thermal Control 25%
• Pipe Wall 25%
• Forced Convection 25%
• Regularization Method 25%
• Heat Conduction Problem 25%
• Adaptability 25%
• Temperature Data 25%
• Internal Surface 25%
• Space Station 25%