Design and Modelling of Small Scale Low Temperature Power Cycles

Engineering

• Low-Temperature 100%
• Power Cycle 100%
• Organic Rankine Cycle 100%
• Fluid Property 100%
• Plate Heat Exchanger 80%
• Equation of State 40%
• Exchanger 40%
• Expansion Ratio 40%
• Applicability 20%
• Heat Losses 20%
• Incompressible Fluid 20%
• Main Part 20%
• Dynamic Response 20%
• Final Part 20%
• Reciprocating Machine 20%
• Special Attention 20%
• Evaporator 20%
• Interaction Parameter 20%
• Internal Structure 20%
• Phase Boundary 20%
• Condenser 20%
• Temperature Heat Pump 20%
• Expansion Chamber 20%
• Test Rig 20%
• Simulation Code 20%
• Isentropic 20%
• Reformulation 20%
• Heat Transfer Fluid 20%
• Pure Fluid 20%
• Partial Derivative 20%
• Shaft Power 20%
• Pipe Heat Exchanger 20%
• Swept Volume 20%
• Thermodynamic State 20%
• Output Work 20%
• Heat Source 20%
• Relative Error 20%
• Test Facility 20%
• Cogeneration 20%
• Two-Phase Flow 20%
• Admission Control 20%
• Taylor Series Expansion 20%

Keyphrases

• Swept Volume 20%
• Automated Routine 20%