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Last updated

Aug 17, 2024
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- Back Matter
- Glossary

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A • B • C • D • E • F • G • I • J • K • M • N • P • R • S • T • U • V • W

A

absolute motion analysis

12.5: Absolute Motion Analysis

angular acceleration

1.6: Moments
18.6: Mass Moments of Inertia via Integration

axis of rotation

1.6: Moments

B

balanced rotation

13.3: Fixed-Axis Rotation

bearing friction

7.6: Bearing Friction

body force

4.5: Distributed Forces

C

Cartesian coordinate system

8.4: Two-Dimensional Kinematics with Rectangular Coordinates

centroid

18.2: Centroids of Areas via Integration
18.3: Centroids in Volumes and Center of Mass via Integration

concurrent forces

2.5: Concurrent Forces

conservation of momentum

11.5: Particle Collisions in One Dimension

constraint equation

8.7: Dependent Motion Systems

cross product

17.4: Cross Product

D

dependent motion analysis

8.7: Dependent Motion Systems

disc brakes

disc friction

dot product

dry friction

E

efficiency

10.10: Power and Efficiency for Particles

elastic collision

11.5: Particle Collisions in One Dimension
11.6: Two-Dimensional Particle Collisions

equivalent force couple system

4.4: Equivalent Force Couple System

equivalent point load

4.6: Equivalent Point Load via Integration

F

first moment integral

18.2: Centroids of Areas via Integration

free body diagram

2.6: Equilibrium Analysis for Concurrent Force Systems

friction

16.3: Friction (Coulomb) Damped Free Vibrations

G

general planar motion

12.5: Absolute Motion Analysis
12.6: Relative Motion Analysis
13.4: General Planar Motion

I

impending motion

7.2: Dry Friction

impulse

11.2: Impulse-Momentum Equations for a Particle
15.4: Impulse-Momentum Equations for a Rigid Body

inelastic collision

11.5: Particle Collisions in One Dimension
11.6: Two-Dimensional Particle Collisions

internal forces

10.11: Conservation of Energy for Systems of Particles

J

journal bearings

7.6: Bearing Friction

K

kinetic friction

7.2: Dry Friction

M

mass moment of inertia

18.6: Mass Moments of Inertia via Integration

method of composite parts

18.7: Moments of Inertia via Composite Parts and Parallel Axis Theorem

method of joints

5.4: Method of Joints

method of sections

5.5: Method of Sections

moment

1.6: Moments

moment integral

18.1: Moment Integrals

momentum

11.2: Impulse-Momentum Equations for a Particle
15.4: Impulse-Momentum Equations for a Rigid Body

N

Newton's second law

9.4: Equations of Motion in Normal-Tangential Coordinates

P

parallel axis theorem

18.7: Moments of Inertia via Composite Parts and Parallel Axis Theorem

plain bearings

7.6: Bearing Friction

point of application

2.3: Point Forces

polar coordinate system

8.6: Two-Dimensional Motion with Polar Coordinates

power

10.10: Power and Efficiency for Particles

R

rectangular coordinate system

8.4: Two-Dimensional Kinematics with Rectangular Coordinates

relative motion analysis

12.6: Relative Motion Analysis

S

sign function

16.3: Friction (Coulomb) Damped Free Vibrations

single point force

4.6: Equivalent Point Load via Integration

slip

7.3: Slipping vs Tipping

space trusses

5.4: Method of Joints

static equilibrium

2.2: Static Equilibrium

static friction

7.2: Dry Friction

stiction

7.2: Dry Friction

surface collision

11.4: Surface Collisions and the Coefficient of Restitution

surface force

4.5: Distributed Forces

T

tip

7.3: Slipping vs Tipping

torque

1.6: Moments

transmissibility

2.4: Principle of Transmissibility

U

unit vectors

17.3: Dot Product

V

Varignon's theorem

3.3: Varignon's Theorem

viscous damping

16.2: Viscous Damped Free Vibrations

viscous damping constant

16.2: Viscous Damped Free Vibrations

W

work

10.9: Conservation of Energy for Particles

A

B

C

D

E

F

G

I

J

K

M

N

P

R

S

T

U

V

W

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