Keyphrases
Closed-loop Topology
7%
Computer numerical Control
7%
Cutter
20%
Cutter Design
9%
Damping Particles
11%
Design Optimization
10%
Disk-shaped
17%
Dual Lead
9%
Dynamic Response
8%
Experimental Validation
11%
Face Width
7%
Form Grinding
14%
Gear Flank
10%
Gear Hone
21%
General Mathematical Model
14%
Generation Method
10%
Helical Gear
30%
Hobbing Process
9%
Honing Machine
21%
Honing Wheel
8%
Inter-lobe Clearance
9%
Internal Gear
9%
Internal Meshing
11%
Lead Crown
9%
Load Flow Analysis
14%
Machining Process
8%
Mathematical Model
8%
Mathematical Modeling
9%
Meshing Clearance
13%
Meshing Gears
7%
Milling Cutter
17%
Multibody Dynamics
13%
Numerical Examples
15%
Numerical Methods
10%
Pressure Angle
15%
Rack
17%
Rotation Angle
9%
Rotor
33%
Rotor Profile
40%
Rotor Surface
9%
Screw Rotor
56%
Tooth Flank
27%
Tooth Profile
9%
Tooth Surface
11%
Topological Transformation
9%
Twin-screw
9%
Twin-screw Compressor
42%
Twist-free Tooth Flank
10%
Vacuum Pump
7%
Variable Pressure
14%
Engineering
Bearing System
6%
Closed Loop
10%
Compressor Rotor
5%
Computational Fluid Dynamics
6%
Computer Aided Engineering
7%
Computerised Numerical Control
5%
Coordinate System
5%
Cutting Edge
5%
Cyclic Loads
5%
Design Method
7%
Design Optimization
10%
Disc Type
12%
Discrete Element
9%
Dynamic Response
11%
Element Method
9%
Energy Dissipation
8%
External Gear
5%
Face Width
7%
Flank of Tooth
8%
Gear Teeth
8%
Gear-Teeth Surface
5%
Grinding (Machining)
29%
Grinding Wheel
5%
Helical Gears
32%
Honing
18%
Honing Machines
20%
Linear Function
6%
Mathematical Model
21%
Mathematical Modeling
9%
Milling Cutters
17%
Multibody Dynamics
17%
Numerical Example
21%
Numerical Methods
10%
Rotation Angle
5%
Rotor Surface
7%
Rotor Teeth
5%
Rotors
100%
Sealing Line
11%
Shaft Deflection
5%
Skiving Gear
5%
Vibration Reduction
6%
