Keyphrases
In Vitro Study
100%
Biomechanical Study
98%
Sheep
59%
Failure Load
56%
Biomechanical Analysis
54%
Railroad
51%
Passenger Car
51%
Stress Distribution
46%
Load to Failure
38%
Stiffness
37%
Stress Analysis
36%
Fixation Method
34%
Adjoint Tomography
34%
External Fixator
34%
Suture Material
34%
Periprosthetic Femoral Fracture
34%
Vancouver Type B1
34%
Interference Screw
34%
Biomechanical Comparison
34%
Multiscale Perspective
34%
Vertebral Body
34%
Biomechanical Properties
34%
Cyclic Loading
33%
Screw
29%
Mechanical Characteristics
27%
Fixation Strength
27%
Poly(methyl methacrylate)
27%
Finite Element Method
27%
Istanbul
26%
Tensile Strength
24%
Natural Frequency
24%
Mini
24%
Denture Base
24%
Crashworthiness
23%
Allograft
23%
Total Hip Arthroplasty
22%
Time-dependent Changes
22%
Soft Tissue
22%
Failure Mode
22%
Cervical Spine
22%
Surgical Technique
21%
Ligament
21%
Strut Allograft
21%
Lamin
21%
Stiffness Value
20%
Large Diameter
20%
Horizontal Suture
20%
Insertion Torque
20%
Flexion
20%
Dimethacrylate
20%
Engineering
Grafts
51%
Passenger Cars
51%
Failure Load
45%
Failure Mode
38%
Cyclic Loading
36%
Open Cross Section
34%
Initial Stability
34%
Resonant Frequency
29%
Control Group
28%
Finite Element Analysis
27%
Initial Stiffness
25%
Tensiles
25%
Strain Gage
23%
Bending Strength
21%
Tensile Loads
21%
Joints (Structural Components)
21%
Loading Condition
20%
Point Bending
18%
Simple Heating
17%
Fuzzy Rules
17%
Decision Rule
17%
Interface Shear Strength
17%
Load Control
17%
Fatigue Assessment
17%
Deformation Curve
17%
Finite Element Simulation
17%
Design Criterion
17%
Periodontal
17%
Lightweight Material
17%
Shear Strength
17%
High Strain Rate
17%
Compression Load
17%
Fabrication Method
17%
Buttress
17%
Load Case
17%
Prosthesis
17%
Increasing Demand
17%
Biomechanical Analysis
17%
Vibration Analysis
17%
Computer Aided Manufacturing
17%
Nanofiber
17%
Displacement Rate
17%
Material Model
17%
Flaps
17%
Computer Aided Design
17%
Internals
17%
Section Beam
17%
Characteristic Vibration
17%
Illustrates
17%
Sample Surface
17%