Paperback. Build a strong foundation in the principles that govern forces, motion, structures, and material behavior.Engineering Mechanics is a comprehensive, student-focused textbook designed to make engineering mechanics clear, rigorous, and practical. Written for undergraduate students in civil, mechanical, aerospace, structural, and related engineering disciplines, the book develops the analytical skills needed to solve mechanics problems confidently-from basic force systems to beam deflection and column buckling.Rather than presenting mechanics as a collection of formulas to memorize, this textbook develops each major concept from first principles. Assumptions are clearly stated, equations are carefully derived, and the physical reasoning behind each method is explained. Worked examples guide readers through every important calculation, including diagrams, sign conventions, intermediate steps, units, checks, and final answers.The book is organized into three progressive sections: Statics: Equilibrium of BodiesReaders begin with the fundamental language of engineering mechanics, including units, dimensional analysis, numerical accuracy, Newton's laws, scalars, vectors, force components, and resultants. The statics section then develops essential methods for analyzing particles and rigid bodies in equilibrium.Two-dimensional and three-dimensional force systemsFree-body diagramsParticle and rigid-body equilibriumMoments, couples, and equivalent force systemsSupport reactionsTrusses, frames, and machinesDistributed loads and centroidsCenters of gravityCoulomb friction, wedges, screws, and belt frictionDynamics: Motion of Particles and Rigid BodiesThe dynamics section explains how position, velocity, and acceleration are related to the forces and moments that produce motion. Students learn to select and apply the most suitable method for each problem rather than relying on a single memorized procedure.Coverage includes: Rectilinear and curvilinear motionProjectile motionNormal-tangential and polar coordinatesNewton's second lawWork and kinetic energyConservation of mechanical energyLinear and angular impulse-momentumImpact and coefficient of restitutionRelative velocity and accelerationInstantaneous centers of zero velocityMass moments of inertiaPlanar rigid-body kineticsMechanics of MaterialsThe final section connects external forces and motion to the stresses, strains, and deformations that develop inside engineering components. It provides students with an accessible introduction to the fundamental principles used in structural and mechanical design.Normal and shear stressNormal and shear strainHooke's law and Poisson's ratioStress-strain behavior of engineering materialsAxial deformationStatically indeterminate membersTorsion of circular shaftsShear-force and bending-moment diagramsFlexural and transverse shear stressesCombined loadingBeam deflection by integration and superpositionEuler column bucklingFactors of safety and allowable-stress designEach chapter begins with clearly defined learning objectives and progresses from definitions and derivations to worked applications. Practice problems, chapter summaries, highlighted equations, engineering diagrams, and systematic solution procedures reinforce understanding and help students prepare for assignments, examinations, and more advanced engineering courses. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.

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Bibliographic Details

Title: Engineering Mechanics (Paperback)
Publisher: Independently Published
Publication Date: 2026
Language: English
ISBN 13: 9798188563929
Binding: Paperback
Condition: new

About this title

Synopsis

Build a strong foundation in the principles that govern forces, motion, structures, and material behavior.

Engineering Mechanics is a comprehensive, student-focused textbook designed to make engineering mechanics clear, rigorous, and practical. Written for undergraduate students in civil, mechanical, aerospace, structural, and related engineering disciplines, the book develops the analytical skills needed to solve mechanics problems confidently—from basic force systems to beam deflection and column buckling.

Rather than presenting mechanics as a collection of formulas to memorize, this textbook develops each major concept from first principles. Assumptions are clearly stated, equations are carefully derived, and the physical reasoning behind each method is explained. Worked examples guide readers through every important calculation, including diagrams, sign conventions, intermediate steps, units, checks, and final answers.

The book is organized into three progressive sections:

Statics: Equilibrium of Bodies

Readers begin with the fundamental language of engineering mechanics, including units, dimensional analysis, numerical accuracy, Newton’s laws, scalars, vectors, force components, and resultants. The statics section then develops essential methods for analyzing particles and rigid bodies in equilibrium.

Two-dimensional and three-dimensional force systems
Free-body diagrams
Particle and rigid-body equilibrium
Moments, couples, and equivalent force systems
Support reactions
Trusses, frames, and machines
Distributed loads and centroids
Centers of gravity
Coulomb friction, wedges, screws, and belt friction

Dynamics: Motion of Particles and Rigid Bodies

The dynamics section explains how position, velocity, and acceleration are related to the forces and moments that produce motion. Students learn to select and apply the most suitable method for each problem rather than relying on a single memorized procedure.

Coverage includes:

Rectilinear and curvilinear motion
Projectile motion
Normal–tangential and polar coordinates
Newton’s second law
Work and kinetic energy
Conservation of mechanical energy
Linear and angular impulse–momentum
Impact and coefficient of restitution
Relative velocity and acceleration
Instantaneous centers of zero velocity
Mass moments of inertia
Planar rigid-body kinetics

Mechanics of Materials

The final section connects external forces and motion to the stresses, strains, and deformations that develop inside engineering components. It provides students with an accessible introduction to the fundamental principles used in structural and mechanical design.

Normal and shear stress
Normal and shear strain
Hooke’s law and Poisson’s ratio
Stress–strain behavior of engineering materials
Axial deformation
Statically indeterminate members
Torsion of circular shafts
Shear-force and bending-moment diagrams
Flexural and transverse shear stresses
Combined loading
Beam deflection by integration and superposition
Euler column buckling
Factors of safety and allowable-stress design

Each chapter begins with clearly defined learning objectives and progresses from definitions and derivations to worked applications. Practice problems, chapter summaries, highlighted equations, engineering diagrams, and systematic solution procedures reinforce understanding and help students prepare for assignments, examinations, and more advanced engineering courses.

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