Engineering
Chamber Pressure
13%
Computational Fluid Dynamics
15%
Control Design
17%
Control Scheme
11%
Control Strategy
32%
Control Structure
8%
Demonstrates
17%
Density
11%
Design
64%
Design Process
8%
Development
21%
Displacement Machine
39%
Drives
84%
Electronics
16%
Energy Conservation
15%
Energy Engineering
17%
Experimental Result
9%
Feedback Control Systems
16%
Fluid
33%
Fluid Displacement
13%
High Efficiency
9%
Hydraulic Cylinder
25%
Hydraulic Drives
42%
Hydraulic System
13%
Hydraulics
100%
Linear Controller
9%
Mechanisms
11%
Mechatronic System
10%
Mechatronics
9%
Models
73%
Motor Power
11%
Obtains
9%
Optimization
9%
Optimization Approach
8%
Power Converter
20%
Power Engineering
15%
Power Fluid
50%
Prototype
10%
Pump Displacement
18%
Pump Power
12%
Servo System
8%
Simulation Result
14%
Sliding Mode
20%
Sliding Mode Control
8%
Switching Time
9%
Takeoff
12%
Tasks
11%
Tracking (Position)
16%
Transients
12%
Transmissions
10%
