Engineering
Engine
100%
Cycles
100%
Evaporator
80%
Battery (Electrochemical Energy Engineering)
80%
Simulation Method
80%
Ship Propulsion
80%
Sensitivity Study
80%
Fuel
80%
Combines
80%
Performance
80%
Combustion
80%
Storage
80%
Closed Loop
80%
Methanol Synthesis
80%
Particulate Matter Emission
80%
Larger Bore
80%
Optimization
80%
Reciprocating Compressors
80%
Engine Pistons
80%
Models
80%
Efficiency
68%
Measurement
48%
Computational Fluid Dynamics
44%
Design
40%
Thermodynamic Loss
40%
Reliability
40%
Impact Velocity
40%
Refrigeration
40%
Optimization Approach
40%
Cooling Performance
40%
Calorimeter
40%
Optimised Design
40%
Environment
20%
Thermal Energy
20%
Simulation Model
20%
Power Generation
20%
Rankine
20%
Energy Engineering
20%
Mesh
20%
Buildings
20%
Research Project
20%
Computer Simulation
20%
Limitations
20%
Development
20%
Large Amount
20%
Computing Time
20%
Refrigerant
17%
Pump Performance
16%
Cycle Analysis
13%
Finding Analysis
13%