Engineering
Grippers
100%
Design
54%
Models
45%
Development
36%
Trajectories
35%
Integrated System
33%
Hardware Component
33%
Mould Surface
28%
Bias Extension Test
25%
Environment
25%
Robotics
25%
Target Point
20%
Transients
20%
Finite Element Modeling
18%
Optimization
17%
Algorithm
16%
Pure Shear
16%
Shear Angle
16%
Non-Crimp Fabric
16%
In-Plane Shear
16%
Actuators
16%
Software Component
16%
Robotic System
16%
Physical Model
16%
System Component
16%
Mathematical Modelling
16%
Proof-of-Concept
16%
Experiments
16%
Numerical Example
12%
Linear Finite Element
12%
Material Data
12%
Deflection
12%
Composite Part
12%
Calculates
12%
Bending Stiffness
11%
Composite
11%
Normalization Method
10%
End Effector
10%
Draping Process
8%
Backing Layer
8%
Tensiles
8%
Transient Model
8%
Bending Tests
8%
Simple Shear
8%
Longitudinal Direction
8%
Generates
8%
Small Amount
8%
Defects
8%
Production
8%
Displacement Field
6%
Physics
Prepregs
69%
Shears
56%
Wind Turbine
50%
Finite Element Modeling
37%
Sides
33%
Composite
31%
Algorithms
29%
Model
28%
Fiber Orientation
25%
Environment
25%
Utilization
22%
Suction
16%
Actuators
16%
Systems Integration
16%
Glass Fiber
16%
Technology
16%
Systems Engineering
16%
Strength of Materials
12%
Kinematics
12%
Structural Analysis
12%
Transients
12%
Deformation
10%
Simulation
10%
Plane
10%
Geometry
10%
Fibers
10%
Information
8%
Deflection
6%
Arrays
6%
Curvature
5%
Computer Science
Grippers
100%
Simulation Mode
70%
Design
54%
Robot
50%
Modeling
45%
Generation
25%
Mapping Algorithm
20%
Software Component
16%
Hardware
16%
Application Software
16%
System Analysis
16%
Actuators
16%
Systems Design
16%
Physical Model
16%
Software Architecture
16%
Mathematical Modelling
16%
Optimization Framework
15%
Application
12%
Numerical Example
12%
Longitudinal Direction
8%
Expected Outcome
8%
Contexts
8%
Previous Research
6%
Research Effort
6%
Displacement Field
6%
Aerospace
5%
Procedures
5%
Classes
5%
Quality Requirement
5%
