Keyphrases
Ammonium Hydroxide
33%
Articular Cartilage Repair
50%
Artificial Articular Cartilage
50%
Belt Drive System
50%
Belt Transmission
25%
Biotribology
50%
Boundary Lubricant
50%
Cartilage Substitutes
50%
Cell Viability Assay
50%
Class Reflection
25%
Conceptual Aspects
25%
Design Course
50%
Dimethyl 3
33%
Dynamic Performance Simulation
50%
Engineering Instruction
50%
Extrusion Forming
35%
Friction Characterization
50%
Friction Degradation
50%
Gateway Courses
50%
Hydrogel Blend
50%
Hydrogel Implant
50%
Inquiry-based
50%
Inquiry-based Approach
25%
Inquiry-based Learning
50%
Inquiry-based Learning Strategies
50%
Introduction to Engineering
50%
Introduction to Engineering Course
25%
Lecture-based
25%
Low Friction Coefficient
50%
Machinability
50%
Machine Design
50%
Mechanical Concept
25%
Mechanical Engineer
25%
Native Contacts
50%
Normal Contact
50%
Osteochondral Defect
50%
Physico-mechanical Characterization
50%
Physicochemical Characterization
50%
Ploughing-extrusion
50%
PVA Gel
50%
Summer Programs
33%
Synchronous Belt
37%
Synchronous Belt Drive
50%
Teaching Professor
25%
Technical Concept
25%
Tribological Properties
33%
Tribological Studies
50%
Zwitterionic Hydrogel
50%
Zwitterionic Polymer
50%
Zwitterionic Polymer Brushes
50%
Engineering
Applied Force
12%
Belt Drives
50%
Biomedical Engineering
12%
Biomimetics
50%
Boundary Lubricant
100%
Chemical Characterization
6%
Contact Pressure
50%
Copper Plate
33%
Crankshaft
12%
Cutting Performance
33%
Displacement Data
6%
Drive System
50%
Engineering Scaffold
20%
Extrusion Process
33%
Forming Tool
16%
Friction Coefficient
6%
Friction Condition
6%
Friction Value
6%
Frictional Sliding
6%
Gait Cycle
8%
Group Model
50%
Heat Flux Density
33%
Heat Pipe Technology
16%
Hydrocarbon Chain
6%
Hydrogel
50%
Implant
20%
Initial Tension
12%
Interconnects
12%
Machine Design
50%
Materials Mechanics
50%
Maximum Tensile Stress
6%
Mechanical Engineer
10%
Micro Heat Pipe
16%
Natural Tissue
12%
Orthopedic Application
10%
Osteochondral Defect
50%
Pipeline Engineering
8%
Project Team
8%
Streamlines
10%
Structure Stress
16%
Synchronous Belt
50%
Tangential Force
12%
Tissue Engineering
20%
