Engineering
Turbomachinery
100%
Rankine
61%
Organic Rankine Cycle
56%
Centrifugal Compressor
46%
Computational Fluid Dynamics
46%
Thermal Energy Storage
46%
Storage System
46%
Thermal Energy Storage System
41%
Packed Bed
35%
Limitations
33%
Preliminary Design
30%
Multistage
30%
High Temperature Applications
30%
Radial Flow Turbomachinery
30%
Power Engineering
30%
Turbo-Expanders
30%
Electricity Storage
30%
Heat Pump
30%
Nozzle Exit
30%
Economic Assessment
30%
Two-Phase Flow
30%
Liquid Films
30%
Energy Storage Application
30%
Exit Velocity
30%
Polytropic Efficiency
30%
Pressure Vessel
25%
Electricity Cost
25%
Capital Cost
25%
Lithium-Ion Batteries
25%
Physical Size
25%
Turbomachines
25%
High Thermal Conductivity
25%
Steam Turbines
23%
Low-Temperature
23%
Diffusers
15%
Levelized Cost of Heat
15%
Compression Stage
15%
Volute
15%
Mass Flowrate
15%
Navier-Stokes Equation
15%
Design Process
15%
Energy Systems
15%
Outlet Boundary
15%
Optimal Design
15%
Hydraulic Pump
15%
Boundary Condition
15%
Power Generation
15%
Hydraulic Turbines
15%
Gas-Phase
15%
Pumped-Hydro Plant
15%
Keyphrases
Centrifugal Compressor
30%
Techno-economic Optimization
30%
Compression Heat Pump
30%
High Temperature Applications
30%
Barotropic Model
30%
Two-phase Turbine
30%
Steam Compression
30%
Compressor Stage
20%
Levelized Cost of Heat
20%
Parts Commonality
20%
High-speed Motor
20%
Vaneless Diffuser
20%
Volute
15%
Meanline Analysis
15%
Packed Bed Thermal Storage
15%
Cost Parity
10%
Reversible Machine
10%
Packed Bed Storage System
10%
Excess Heat
10%
Techno-economic Feasibility
10%
Industrial Processes
10%
Rankine Cycle System
10%
Heliostat Field
10%
Compression Load
10%
Attractive Solutions
10%
Heat Pump Cycle
10%
Techno-economic Performance
10%
Coefficient of Performance
10%
High-temperature Heat Pump
10%
Hot Water
10%
Heat Pump Modelling
10%
High Efficiency
10%
Compressor Model
10%
Low-temperature Heat Source
10%
Heat Source
10%
Best Matches
10%
High-speed Compressor
10%
Low Flow Coefficient
10%
Stress-first
10%
High Flow Coefficient
10%
Economic Constraints
10%
Compressor Efficiency
10%
Technological Constraints
10%
Face Shape
10%
Droplet Deposition
7%
Mixing Loss
7%
Complex Fluid Dynamics
7%
Wet Steam Turbine
7%
Torque Prediction
5%
Windage
5%
