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At Hof
dr. ir.
https://orcid.org/0000-0003-4054-0442
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Research output
(113)
Datasets
(1)
Similar Profiles
(6)
Supervised Work
(4)
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Dive into the research topics where At Hof is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Nursing and Health Professions
Albendazole
24%
Amputation
32%
Anterior Cruciate Ligament Reconstruction
29%
Base
29%
Body Height
14%
Body Weight
21%
Clinical Assessment Tool
14%
Clinical Practice
29%
Cohort Analysis
48%
Confidence Interval
14%
Diabetes Mellitus
18%
Diabetic Neuropathy
29%
Electromagnetic Tracking Device
14%
Electromyogram
73%
Electromyography
14%
Ergometry
14%
Force Transducer
21%
Human Subject
29%
Injury
19%
Isometrics
34%
Knee Amputation
24%
Lactate Blood Level
14%
Leg Amputation
29%
Leg Length
14%
Leg Prosthesis
43%
Limb Prosthesis
87%
Lordosis
14%
Low Back Pain
19%
Measurement Error
14%
Mobilization
15%
Motion Analysis System
19%
Motor Reaction Time
14%
Musculoskeletal Pain
14%
Neuropathy
19%
Normal Value
29%
Pilot Study
14%
Prosthesis
21%
Prosthesis Design
31%
Psychological Aspect
14%
Reflex Time
14%
Rehabilitation Engineering
100%
Rigidity
14%
Rivermead Mobility Index
14%
Spike
14%
Step Length
34%
Stride Length
29%
Tendinitis
43%
Tetanus
14%
University Hospital
27%
Walking Speed
64%
Engineering
Assuming
18%
Back Muscle
14%
Biomechanical Analysis
14%
Body Centre
43%
Centripetal Acceleration
14%
Constraint Equation
14%
Contact Force
14%
Controlled Release
43%
Degree of Freedom
14%
Displacement Curve
14%
Dynamic Models
19%
Dynamic Nature
14%
Elastic Energy
14%
Emitting Light
14%
Energy Engineering
49%
Experimental Result
19%
Explicit Expression
14%
Force Plate
19%
Functional Group
14%
Healthy Subject
32%
Human Walking
62%
Hydraulics
29%
Input Vector
14%
Inverted Pendulum
39%
Joints (Structural Components)
63%
Local Coordinate System
14%
Main Source
14%
Mass Acceleration
14%
Mass Velocity
22%
Measurement Error
14%
Measurement System
14%
Model Prediction
21%
Moment Equation
14%
Moment of Inertia
14%
Negative Work
18%
Neutral Position
14%
Obstacle Avoidance
14%
Output Quantity
14%
Pathological Gait
19%
Prosthetics
73%
Reaction Force
82%
Rigid Body Model
14%
Rigid Structure
14%
Sagittal Plane
14%
Similarities
14%
Step Length
15%
Swing Phase
16%
Tasks
21%
Tendon Load
14%
Two Dimensional
33%
Keyphrases
Above-knee Amputee
14%
Anterior Cruciate Ligament Deficiency
14%
Balance Capacity
14%
Balance Test
14%
Base of Support
14%
Bipedal Stance
14%
Core Stability
14%
Diabetic Neuropathy
14%
Downhill Walking
14%
Dynamic Exercise
16%
Exercise Intensity
16%
Exposure Conditions
14%
Gain Factor
14%
Gait Kinematics
14%
Gait Termination
14%
Hip Abductor muscles
14%
Hip Torque
14%
Human Hip
14%
Impact Force
14%
Jogging
14%
Joint Kinematics
14%
Joint Position Sense
14%
Landing Phase
14%
Landing Strategy
14%
Light-emitting Polymers
14%
Mandibular Length
14%
Median Frequency
29%
Motion Analysis System
14%
Moving Platform
14%
Muscle Mechanics
14%
Narrow Ridge
14%
Neuromuscular Control
14%
Obstacle Crossing
14%
Overlapping Distribution
14%
Patellofemoral Force
14%
Pure State
14%
Release Curve
14%
Roll-over Shape
14%
Series Elasticity
14%
Single Leg
14%
Speed Dependence
19%
Spike Jump
14%
Tendon Force
14%
Threshold to Detection of Passive Motion
14%
Total Support Moment
14%
Triceps Surae
14%
Unilateral Transtibial Amputees
14%
Uphill Walking
14%
Visual Distortion
14%
Volleyball Spike
14%
