Keyphrases
Total Knee Replacement
100%
Ultra-high Molecular Weight Polyethylene (UHMWPE)
80%
Tribology
60%
Mobile Bearing Knees
60%
Mobile Bearing
50%
Fixed Bearing
45%
Knee
40%
Hip Replacement
40%
Knee Replacement
40%
Surgical Alignment
40%
Patient Alignment
40%
Posterior Cruciate Ligament
40%
Total Knee Arthroplasty
33%
Testing Method
28%
Force Control
27%
Bearing Wear
26%
Kinematics
26%
Pin-on-disc Test
25%
Mobile Bearing Design
22%
Piezoelectric Generator
20%
PZT Ceramics
20%
Electricity Generation
20%
Fatigue Performance
20%
Titanium Oxide Film
20%
Wear Performance
20%
Wear Simulation
20%
Wear Prediction Model
20%
Hard Ceramic Coating
20%
Carbon Addition
20%
Joint Bearing
20%
Local Structure
20%
Cubic Zirconia
20%
Phase Stability
20%
Structural Origin
20%
Wear Measurement
20%
International Organization for Standardization
20%
Loading Profile
20%
Knee Implant
20%
Displacement Standard
20%
Tendon-to-bone Interface Regeneration
20%
Osteogenic Gene
20%
Mechanical Instruments
20%
Flight Path
20%
Activity Cycle
20%
Multidirectional pin-on-disk
20%
Special Fixture
20%
Constraint Characteristics
20%
Stability Characteristics
20%
Artificial Joint
20%
Loading Machine
20%
Engineering
Implant
86%
Control Force
60%
Bearing Design
53%
Bone Interface
50%
Testing Method
40%
Baseplate
40%
Bearing Material
40%
Cycle Activity
40%
Simulators
35%
Pin-on-Disc
33%
Prosthetics
30%
Bearing Wear
26%
Contact Stress
26%
Regulatory Body
26%
Product Design
26%
Design Process
23%
Piezoelectric Generator
20%
Duty Cycle
20%
Finite Element Method
20%
Piezoelectric
20%
Fatigue Performance
20%
Carbon Alloy
20%
Test Engineer
20%
Sliding Motion
20%
Germany
20%
Clinical Performance
20%
Statistically Significant Difference
20%
Shear Force
20%
Load Control
20%
Rolling Motion
20%
Articulating Surface
20%
Nanocoating
20%
Artificial Joint
20%
Mechanical Performance
20%
Stability Characteristic
20%
Test Machine
20%
Laser Doppler Anemometry
20%
Friction Torque
20%
Test Cycle
20%
Water Hammer
20%
Electric Lines
20%
Power Generation
20%
Harsh Condition
20%
Cadaveric Specimen
20%
Cutting Time
20%
Simulator Study
20%
Bearing Component
20%
Hydrophilicity
20%
Nanocrystalline
20%
Biomedical Application
20%
