Keyphrases
Reverse Engineering
72%
CAD Model
63%
Bone Fracture
62%
Surface Reconstruction
62%
Surface Fitting
60%
Three-dimensional (3D)
57%
Triangular Mesh
55%
Mold Flow Analysis
48%
B-spline
44%
Fitting Algorithm
39%
Triangular Model
38%
3D Model
37%
Recognition Algorithm
35%
Preoperative Planning
30%
Feature Recognition
30%
Three Dimensional Model
29%
Cutting Path
28%
Bone Reduction
28%
Protrusion
28%
CT Images
27%
Swept Surface
27%
Position Control
27%
Finite Element Analysis
26%
Computer-aided Design Model
25%
B-rep Model
24%
Controller
24%
Segmentation Algorithm
22%
Bone Fragment
22%
Hole Recognition
22%
Fuzzy Model
20%
Computer-assisted Fracture Reduction
20%
Design Improvement
20%
Computer-aided
20%
Actuator
20%
Roentgen Stereophotogrammetric Analysis
20%
Measure Data
20%
Path Generation
20%
Shape from Silhouette
20%
Mesh Generation
19%
Semi-automatic
19%
Position Accuracy
19%
Lofting
18%
Thin Shell
18%
Orthopedic Surgery
18%
Computational Efficiency
18%
Texture Mapping
18%
Triangulation
17%
Fracture Fixation
17%
Computed Tomography Images
17%
Pneumatic Chamber
17%
Engineering
Computer Aided Design
100%
Reverse Engineering
72%
Surface Fitting
59%
Experimental Result
55%
Pneumatics
44%
Illustrates
44%
Simulation Result
44%
Flow Analysis
40%
Spline Surface
35%
Measured Data
34%
Fitting Curve
33%
Two Dimensional
32%
Finite Element Analysis
32%
Position Control
29%
Computer Aided Engineering
27%
Path Planning
27%
Least Square
26%
Sweep Surface
25%
Computer-Aided Design Model
24%
Measurement Data
24%
Three-Dimensional Models
24%
Rep Model
24%
Actuator
21%
Personal Computer
20%
Prosthetics
20%
Plastic Part
20%
Control Point
19%
Cloud Point
18%
Three Dimensional Printing
17%
Injection Moulding
16%
Computational Efficiency
16%
Limitations
16%
Implant
16%
Tetrahedral Mesh
14%
Coordinate System
13%
Servo System
13%
Simulation Tool
13%
Airfoil
13%
Registration Method
13%
Manipulator
13%
Medical Image
13%
Square Method
13%
Robotic Manipulator
13%
Simulation System
13%
Search Algorithm
13%
Spline Curve
13%
Fuzzy Model
13%
Rotors
13%
Sampling Time
13%
Deep Learning Method
13%
