Engineering Applications

Analytical and Numerical Calculation with MATLAB

Inbunden, Engelska, 2021

AvMihai Dupac,Dan B. Marghitu,UK) Dupac, Mihai (Bournemouth University,USA) Marghitu, Dan B. (Auburn University,Dan B Marghitu

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ENGINEERING APPLICATIONS A comprehensive text on the fundamental principles of mechanical engineering Engineering Applications presents the fundamental principles and applications of the statics and mechanics of materials in complex mechanical systems design. Using MATLAB to help solve problems with numerical and analytical calculations, authors and noted experts on the topic Mihai Dupac and Dan B. Marghitu offer an understanding of the static behaviour of engineering structures and components while considering the mechanics of materials knowledge as the most important part of their design. The authors explore the concepts, derivations, and interpretations of general principles and discuss the creation of mathematical models and the formulation of mathematical equations. This practical text also highlights the solutions of problems solved analytically and numerically using MATLAB. The figures generated with MATLAB reinforce visual learning for students and professionals as they study the programs. This important text:Shows how mechanical principles are applied to engineering designCovers basic material with both mathematical and physical insightProvides an understanding of classical mechanical principlesOffers problem solutions using MATLABReinforces learning using visual and computational techniquesWritten for students and professional mechanical engineers, Engineering Applications helpshone reasoning skills in order to interpret data and generate mathematical equations, offering different methods of solving them for evaluating and designing engineering systems.

Produktinformation

Utgivningsdatum2021-03-25
Mått170 x 244 x 26 mm
Vikt794 g
FormatInbunden
SpråkEngelska
Antal sidor368
FörlagJohn Wiley & Sons Inc
ISBN9781119093626

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Teknik: allmänt inom Naturvetenskap och teknik
Affärsapplikationer inom Data och IT

Mihai Dupac, PhD is a Senior Lecturer in Engineering Design at Bournemouth University, UK. He serves as the principal investigator and/or co-investigator for several research projects related to biomechanics and engineering design.Dan B. Marghitu, PhD is a Professor at Auburn University and the Director of the Impact Dynamics Laboratory, which focuses on the investigation of relevant problems associated with impact dynamics, friction, and locomotion.

1 Forces 11.1 Terminology and Notation 11.2 Resolution of Forces 31.3 Angle Between Two Forces 31.4 Force Vector 41.5 Scalar (Dot) Product of Two Forces 51.6 Cross Product of Two Forces 51.7 Examples 62 Moments and Couples 152.1 Types of Moments 152.2 Moment of a Force About a Point 152.3 Moment of a Force About a Line 182.4 Couples 202.5 Examples 213 Equilibrium of Structures 553.1 Equilibrium Equations 553.2 Supports 573.3 Free-Body Diagrams 593.4 Two-Force and Three-Force Members 603.5 Plane Trusses 613.6 Analysis of Simple Trusses 623.6.1 Method of Joints 623.6.2 Method of Sections 653.7 Examples 674 Centroids and Moments of Inertia 1294.1 Centre of the Mass and Centroid 1294.2 Centroid and Centre of the Mass of a Solid Region, Surface or Curve 1304.3 Method of Decomposition 1344.4 First Moment of an Area 1344.5 The Centre of Gravity 1354.6 Examples 1365 Stress, Strain and Deflection 1855.1 Stress 1855.2 Elastic Strain 1855.3 Shear and Moment 1865.4 Deflections of Beams 1895.5 Examples 1936 Friction 2116.1 Coefficient of Static Friction 2126.2 Coefficient of Kinetic Friction 2136.3 Friction Models 2136.3.1 Coulomb Friction Model 2146.3.2 Coulomb Model with Viscous Friction 2166.3.3 Coulomb Model with Stiction 2176.4 Angle of Friction 2186.5 Examples 2197 Work, Energy and Power 2557.1 Work 2557.2 Kinetic Energy 2567.3 Work and Power 2587.4 Conservative Forces 2597.5 Work Done by the Gravitational Force 2597.6 Work Done by the Friction Force 2607.7 Potential Energy and Conservation of Energy 2617.8 Work Done and Potential Energy of an Elastic Force 2617.9 Potential Energy Due to the Gravitational Force 2627.9.1 Potential Energy Due to the Gravitational Force for a Particle 2627.9.2 Potential Energy Due to the Gravitational Force for a Rigid Body 2637.10 Examples 2648 Simple Machines 2958.1 Load and Effort, Mechanical Advantage, Velocity Ratio and Efficiency of a Simple Machine 2958.1.1 Load and Effort 2958.1.2 Mechanical Advantage 2968.1.3 Velocity Ratio and Efficiency 2968.2 Effort and Load of an Ideal Machine 2978.3 The Lever 2978.4 Inclined Plane (Wedge) 2988.5 Screws 2998.6 Simple Screwjack 2998.6.1 Motion Impending Upwards 3018.6.2 Motion Impending Downwards 3028.6.3 Efficiency While Hoisting Load 3038.7 Differential Screwjack 3038.8 Pulleys 3048.8.1 First-order Pulley System 3048.8.2 Second-order Pulley System 3068.8.3 Third-order Pulley System 3078.9 Differential Pulley 3088.10 Wheel and Axle 3098.11 Wheel and Differential Axle 3108.12 Examples 312References 353Index 357

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