Engineering
Models
100%
Development
59%
Validation
49%
Prediction
43%
Control Strategy
42%
Bends
40%
Catalyst
40%
Applications
33%
Powertrain
30%
Experimental Investigation
30%
Design
29%
Railroad Cars
29%
Transients
28%
Engines
27%
Pressure Drop
26%
Direct-Injection
26%
Turbulent Flow
26%
Two Dimensional
26%
Optimal Control
26%
Performance
23%
Transmissions
21%
Energy Engineering
20%
Optimization
19%
Surfaces
18%
Events
18%
Hybrid
17%
Pressure Loss
17%
Fuel Cell
16%
Complexity
15%
Battery (Electrochemical Energy Engineering)
15%
Algorithm
15%
Energy Management
15%
Motors
14%
Reduction
13%
Heat Transfer Coefficient
13%
Fluid Flow
13%
Air Speed
13%
Limiting Value
13%
Stroke Engine
13%
Simulation Tool
13%
Flow Structure
13%
Flow Field
13%
Hybrid Electric Vehicle
13%
Plug-in Hybrid Electric Vehicle
13%
Electric Drives
13%
Flow Loss
13%
Substrates
13%
Evaluation
13%
Design System
13%
Selection Method
13%
Computer Science
Design
57%
Control Strategy
43%
Models
42%
Validation
30%
Teams
29%
Control
23%
Aerospace
20%
Product Design
19%
Application
17%
Programs
17%
Algorithms
15%
Contexts
14%
Events
13%
Internet
13%
Multi-Access Edge Computing
13%
Systems Design
13%
Change Management Process
13%
Simulation Tool
13%
Entrepreneurship
13%
Disciplinary Area
13%
Particle Swarm Optimization
10%
Simulink
10%
Testing
10%
Test Controller
10%
Complexity
9%
Engineering Discipline
9%
Computing Units
8%
Optimal Strategy
8%
Quadratic Programming
8%
Simulation Time
8%
Engineering Student
7%
Academic Staff
6%
Superior Performance
6%
Directed Learning
5%
Digital Education
5%
Physics
Model
89%
Pressure
36%
Utilization
28%
Vehicle
26%
Transients
26%
Electric Hybrid Vehicles
26%
Injection
26%
Geometry
15%
Flow Distribution
15%
Plugs
15%
Motors
15%
Light
13%
Students
13%
Turbine
13%
Systems Engineering
13%
Aerodynamics
13%
Flow Dynamics
13%
Optimal Control
13%
Gaseous State
11%
Controllers
10%
Impact
8%
Behavior
7%
Value
7%
Simulation
7%
Computers
6%
Volume
6%
Increasing
5%
Ratios
5%
Cycles
5%
Wheels
5%
