Fundamentals of applied dynamics

By:

Williams, James H

Material type: Text

9780471109372
0471109371

Subject(s):

DDC classification:

620.104 WIL

Contents:

Our niche in the cosmos -- Design, modeling, and formulation of equations of motion -- Kinematics -- Momentum formulation for systems of particles -- Variational formulation for systems of particles -- Dynamics of systems containing rigid bodies -- Dynamnics of electrical and electromechanical systems -- Vibration of linear lumped-parameter systems -- Dynamics of continuous systems -- Finite rotation -- General kinematic analysis -- Momentum principles for systems of particles -- Elementary results of the calculus of variations -- Some formulations of the principles of Hamilton -- Lagrange's form of D'Alembert's princilple -- A brief history of electromagnetic (EM) theory and approximations -- Complex numbers and some useful formulas of complex variables and trigonometry -- Temporal function for synchronous motion of two-degree-of-freedom systems -- Stability analyses of nonlinear systems -- Strain energy functions.

Summary: Containing a blend of Newtonian and Lagrangian dynamics, elementary vibration analysis and theory, this text presents a unified approach to engineering mechanics. Problems ranging in difficulty help to build the student's confidence and provide challenges. Read less

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Holdings
Item type	Current library	Collection	Call number	Status	Date due	Barcode	Item holds
Reference Books	Main Library Reference	Reference	620.104 WIL (Browse shelf(Opens below))	Available		005046

Total holds: 0

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Previous	620.1 HAN Applied mechanics	620.1 JIN Engineering mechanics. Part - I, Statics : (for all branches of engineering and competitive examinations) in SI units	620.1 PRA A textbook of applied mechanics	620.104 WIL Fundamentals of applied dynamics	620.106 OLS Essentials of engineering fluid mechanics	620.112 BAN A textbook of strength of materials	620.197 MIS A text book of fibre science and technology	Next

Included Index

Our niche in the cosmos --
Design, modeling, and formulation of equations of motion --
Kinematics --
Momentum formulation for systems of particles --
Variational formulation for systems of particles --
Dynamics of systems containing rigid bodies --
Dynamnics of electrical and electromechanical systems --
Vibration of linear lumped-parameter systems --
Dynamics of continuous systems --
Finite rotation --
General kinematic analysis --
Momentum principles for systems of particles --
Elementary results of the calculus of variations --
Some formulations of the principles of Hamilton --
Lagrange's form of D'Alembert's princilple --
A brief history of electromagnetic (EM) theory and approximations --
Complex numbers and some useful formulas of complex variables and trigonometry --
Temporal function for synchronous motion of two-degree-of-freedom systems --
Stability analyses of nonlinear systems --
Strain energy functions.

Containing a blend of Newtonian and Lagrangian dynamics, elementary vibration analysis and theory, this text presents a unified approach to engineering mechanics. Problems ranging in difficulty help to build the student's confidence and provide challenges. Read less

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