biomechanics

Body motion study

Biomechanics is the study of how mechanical principles apply to living organisms, particularly the human body.

The field examines how forces affect biological structures—bones, muscles, joints, tendons—and how those structures move and bear loads.

Athletes and coaches use biomechanics to optimize performance and prevent injury: Her biomechanics coach spotted a flaw in her pitching motion.

The discipline also informs the design of prosthetics, orthopedic treatments, and ergonomic equipment.

motion

kinematics

Study of movement itself

force · torque · momentum · velocity · acceleration · trajectory · center of mass · impulse · rotation · displacement

ergonomics

posture

Body position, alignment

human factors · occupational health · seated posture · standing desk · load bearing · injury prevention

anatomy

musculoskeletal

Pertaining to muscles and bones

bones · cartilage · spine · skeleton · muscles · connective tissue · fascia · articulation · vertebrae · pelvis

research

motion capture

Recording movement for animation

laboratory · data collection · measurement systems

clinical

rehabilitation

Recovery from injury/addiction

injury assessment · motion capture · physical therapy · joint replacement · ACL reconstruction · clinical assessment · range of motion · muscle imbalance

robotics

exoskeleton

External skeletal structure

haptic feedback · mechatronics · assistive devices

athletics

sports performance

Quality of competitive play

swimming stroke · tennis serve · kicking · stride length · power output · athletic training · injury prevention · bat speed

Categories
Opposites
motion vs. stasis

biomechanicsanatomy

Study of organism structure

morphology · gross anatomy · biochemistry · histology · form

mechanistic vs. non-mechanistic understanding

biomechanicsvitalism

Non-physical life principle

holistic medicine · bioenergetics

biological vs. non-biological mechanics

biomechanicsmechanical engineering

Design of machines and systems

classical mechanics · rigid body dynamics · robotics · structural engineering

Family

biomechanical, biomechanically

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