Medicine & Life Sciences
Musculoskeletal Manipulations
100%
Fascia
84%
Heart Ventricles
42%
Lubrication
32%
Ankle
29%
Pressure
27%
Theoretical Models
26%
Osteopathic Medicine
25%
Muscles
25%
Thoracic Arteries
25%
Posture
23%
Gryllidae
23%
Arteries
23%
Skin
20%
Accidental Falls
19%
Fascia Lata
18%
Skeletal Muscle
17%
Vibration
17%
Hyaluronic Acid
16%
Research Personnel
16%
Osteopathic Physicians
16%
Muscle Strength
16%
Osteopathic Manipulation
15%
Physicians
15%
Adipose Tissue
13%
Medicine
11%
Rabbits
11%
Endocardium
10%
Health Care Outcome Assessment
10%
Exercise
10%
Plastics
10%
Knee
9%
Postural Balance
9%
Equipment and Supplies
9%
Anisotropy
9%
Subcutaneous Tissue
8%
Atherosclerotic Plaques
8%
Acceleration
7%
Wounds and Injuries
7%
Canidae
6%
Myocardium
6%
Nose
6%
Elasticity
6%
Heart Failure
5%
Heart Rate
5%
Heart
5%
Engineering & Materials Science
Residual stresses
51%
Thin films
47%
Detonation
37%
Microstructure
24%
Baseball
23%
Rail guns
23%
Speech coding
20%
Wave equations
20%
Skin
19%
Motion tracking
19%
Surface diffusion
19%
Rats
18%
Projectiles
17%
Ordinary differential equations
16%
Receiving antennas
16%
Electromagnetic induction
16%
Stress concentration
16%
Electric potential
16%
Partial differential equations
15%
Vapors
15%
Markov chains
15%
Transmitters
15%
Fluxes
14%
Numerical methods
14%
Numerical models
12%
Shock waves
12%
Surface morphology
10%
Superconducting transition temperature
10%
Computer hardware
9%
Networks (circuits)
8%
Vocoders
8%
Antennas
8%
Elastic deformation
8%
Surface states
7%
Muscle
7%
Experiments
6%
Elasticity
5%
Digital signal processors
5%
Blood
5%
Inverse problems
5%
Stiffness
5%
Computer simulation
5%
Underground reservoirs
5%
Derivatives
5%
Mathematical models
5%
Mathematics
Residual Stress
63%
Left Ventricle
61%
Large Deformation
51%
Deformation Theory
48%
Rabbit
23%
Arteries
22%
Skin
20%
Thin Films
19%
Wave Speed
18%
Stress Distribution
18%
Microstructure
18%
Nonlinear Wave Equation
17%
Shell
15%
Apex
15%
Heart
12%
Numerical Methods
11%
Evaluation
11%
Muscle
10%
Simulation
10%
Evaluate
9%
Stiffness
8%
Diastolic Function
8%
Human
7%
Decrease
6%
Shock
6%
Congestive Heart Failure
6%
Angle
6%
Fiber Orientation
6%
Truncated cone or frustum
6%
Spherical Model
6%
Influence
6%
Static Analysis
5%
Elastic Deformation
5%
Spherical Shell
5%
Hyperbolic Partial Differential Equations
5%
Predict
5%
Transversely Isotropic
5%
Shock Waves
5%
Cardiac
5%
