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Mechanics

Table of contents

Biomechanics

Implosion

Mechanical power control

Mechanical power transmission

Mechanical vibrations

Oscillation

Banked turn

Belt friction

Brachistochrone curve

Cam and groove

Carroll's paradox

Chain drive

Chaplygin sleigh

Circle-throw vibrating machine

Coefficient of restitution

Collision

Collision course

Collision response

Conjugate beam method

Cylinder stress

Degrees of freedom (mechanics)

Directional stability

Drucker stability

Duhamel's integral

Effective potential

Elastic instability

Energy well

Extended finite element method

Factor of safety

Fall factor

Fit (manufacturing)

Free body diagram

Ginzburg–Landau equation

Gravity train

Ground reaction force

Hosford yield criterion

Ideal machine

Implosion (mechanical process)

Kinematic synthesis

Lumped-element model

Mechanical advantage

Mechanical energy

Mechanical filter

Mechanical wave

Mechanician

Metal bellows

Physics of skiing

Polhode

Precession (mechanical)

Pressure drop

Projectile motion

Q factor

Reduced mass

Resistance distance (mechanics)

Sandwich theory

Shock detector

Solid mechanics

Stiffening

Stress resultants

Structural mechanics

Stuart–Landau equation

Suspension (mechanics)

Tautochrone curve

Tensor derivative (continuum mechanics)

Thermal center

Truss

Tsai–Wu failure criterion

Unilateral contact

Variable-mass system

Variable cycle engine

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Ciro Santilli 34 Updated 2024-10-13 Created 1970-01-01

This section is more precisely about classical mechanics.

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