Mechanics & Mechanical Vibrations - Worked Examples Book Based on Mechanical Tripos syllbus
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Sprache:Englisch
4,99 €
inkl. gesetzl. MwSt.Beschreibung
Produktdetails
Format
ePUB 3
Kopierschutz
Nein
Family Sharing
Ja
Text-to-Speech
Ja
Altersempfehlung
ab 6 Jahr(e)
Erscheinungsdatum
05.09.2026
Verlag
RahulaSeitenzahl
(Printausgabe)
Dateigröße
1745 KB
Sprache
Englisch
EAN
9791224725183
Mechanics & Mechanical Vibrations-- Engineering Tripos - Part IA:, is a practical collection of worked examples designed for undergraduate engineering students studying mechanics, dynamics and mechanical vibrations.
The book develops problem-solving skills through carefully structured examples covering classical mechanics, particle and rigid-body dynamics, oscillations, mechanical vibrations, coupled systems, damping, forced vibration, and related engineering applications. Each problem is presented with a clear progression from the physical model and governing equations to the mathematical solution and final result.
Particularly useful for students preparing for engineering examinations, university coursework, Tripos-style examinations and competitive engineering assessments, the book emphasises methods that can be applied to unfamiliar problems rather than simply memorising formulas.
The material is suitable for students of mechanical engineering, engineering science, civil engineering, aerospace engineering, applied mathematics and physics, as well as lecturers and instructors looking for additional worked problems for teaching and revision.
Key topics include:
Engineering mechanics and dynamics
Particle and rigid-body motion
Forces, moments and equilibrium
Work, energy and momentum methods
Mechanical vibrations and oscillatory motion
Free and forced vibration
Damped and undamped systems
Coupled mechanical systems
Mathematical modelling of engineering systems
Worked problems and examination-oriented methods
Written with an emphasis on clarity, analytical reasoning and systematic solution techniques, this book is intended both as a companion to a university engineering course and as a revision resource for students seeking stronger command of mechanics and vibration problems.
The book develops problem-solving skills through carefully structured examples covering classical mechanics, particle and rigid-body dynamics, oscillations, mechanical vibrations, coupled systems, damping, forced vibration, and related engineering applications. Each problem is presented with a clear progression from the physical model and governing equations to the mathematical solution and final result.
Particularly useful for students preparing for engineering examinations, university coursework, Tripos-style examinations and competitive engineering assessments, the book emphasises methods that can be applied to unfamiliar problems rather than simply memorising formulas.
The material is suitable for students of mechanical engineering, engineering science, civil engineering, aerospace engineering, applied mathematics and physics, as well as lecturers and instructors looking for additional worked problems for teaching and revision.
Key topics include:
Engineering mechanics and dynamics
Particle and rigid-body motion
Forces, moments and equilibrium
Work, energy and momentum methods
Mechanical vibrations and oscillatory motion
Free and forced vibration
Damped and undamped systems
Coupled mechanical systems
Mathematical modelling of engineering systems
Worked problems and examination-oriented methods
Written with an emphasis on clarity, analytical reasoning and systematic solution techniques, this book is intended both as a companion to a university engineering course and as a revision resource for students seeking stronger command of mechanics and vibration problems.
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