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Lei Ren, BEng, MEng, PhD, FHEA, FRSA
Dr
https://orcid.org/0000-0003-3222-2102
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Network
Research output
(142)
Projects
(7)
Activities
(10)
Similar Profiles
(6)
Supervised Work
(13)
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Dive into the research topics where Lei Ren is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering
3D Printing
21%
Accuracy
11%
Actuators
38%
Applications
23%
Backpack
14%
Biomechanics
27%
Characteristics
23%
Constraints
11%
Contact Pressure
11%
Deformation
17%
Design
44%
Development
22%
Elastic Element
14%
Engineering
27%
Error
17%
Finite Element Modeling
42%
Fracture
13%
Functionally Graded Material
14%
Gait Cycle
27%
Human Walking
21%
Hydraulic System
11%
Hydraulics
19%
Inertial Measurement
12%
Infiltration
14%
Input Data
16%
Joints (Structural Components)
61%
Measurement
23%
Mechanisms
57%
Mobile Robot
14%
Models
84%
Normal Walking
14%
Performance
39%
Properties
39%
Prosthetics
14%
Reaction Force
19%
Research
20%
Rigid Joint
14%
Robot
40%
Robotic Arm
14%
Robotics
21%
Robotics
11%
Sagittal Plane
34%
Screws
19%
Segmental Motion
12%
Sensor
14%
Simulation
27%
Testing
13%
Units of Measurement
12%
Velocity
11%
Wings
11%
Medicine and Dentistry
Accuracy
12%
Analysis
27%
Ankle
30%
Ankle Joint
7%
Arthroplasty
7%
Assessment
18%
Biomechanical Function
6%
Biomimetics
9%
Bone
9%
Capture
8%
Comprehension
14%
Cross-Validation
7%
Development
18%
Diagnosis
11%
Element
21%
Fascia
7%
Foot
100%
Fracture
28%
Gait
35%
Health Care Cost
8%
Heel
13%
Human
10%
Humerus
9%
Implant
10%
In Vitro
19%
Introspection
7%
Joint
22%
Laboratory
10%
Ligament
7%
Locomotion
42%
Lower Limb
11%
Measurement
42%
Metatarsophalangeal Joint
15%
Movement (Physiology)
10%
Muscle
22%
Orientation
13%
Orthopedics
7%
Paw
14%
Position
22%
Proximal Humerus
19%
Proximal Humerus Fracture
13%
Rehabilitation Engineering
11%
Screw
35%
Shoulder
16%
Standing
25%
Stereophotogrammetry
7%
Toe
13%
Walking
32%
Walking Speed
5%
Wearable Sensor
10%
Earth and Planetary Sciences
Ability
6%
Algorithms
8%
Assessment
14%
Comparison
9%
Computational Modeling
5%
Cost
5%
Datum
28%
Error
17%
Estimate
5%
Extension
6%
Floor
6%
Fracture
21%
Gait
19%
Good
7%
Humerus
35%
Hypothesis
7%
Impact
6%
Investigation
26%
Kinematics
23%
Laser
5%
Locomotion
22%
Model
11%
Moment
7%
Need
5%
Parameter
5%
Patient
5%
Prediction
17%
Proving
5%
Quality
14%
Regression
10%
Robot
6%
Scanner
5%
Scanning
5%
Screw
14%
Show
10%
Speed
5%
Spider
7%
Stability
10%
Subject
17%
Substrate
8%
Support
9%
Topology
5%
Ultrasound
7%
Walking
6%
Wall
6%
