statics and strength of materials p s mechanical engineering

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Mechanics and Strength of Materials focuses on the methodologies used in studying the strength of materials. The text first discusses kinematics, and then describes the motion of a single particle; description of the motion of a rigid body; plane motion of a rigid body; and examples of the determination of velocities and accelerations in the motion of plane mechanism. The book explains the dynamics of a particle and statics, including the center of mass and gravity of a particle system; law of variation of angular momentum; analytical and graphical methods in the statics of plane systems; and spatial system of forces. The text also discusses the statics of elastic systems, and then describes the strength calculations of beams; problems of simple beam-bending; geometric moments of inertia; buckling problems of axially compressed rods; and simultaneous bending and torsion of rods with circular cross-section. The book focuses on the dynamics of rigid bodies, dynamics in relative motion, and fundamentals of analytical mechanics. The text further looks at vibrations of systems with one degree and many degrees of freedom. The book is a good source of data for readers interested in studying the strength of materials.

This book lists the work and contributions of thousands of people from many countries, representing numerous fields of endeavor, over many centuries. This work contains the necrologies (names, dates, and a brief biography) up to the year 2000 of people involved in engineering and invention literature. This book is a must for reference collections and those in the media who cover the field of engineering advancement.

Mechanics of Materials helps students gain physical and intuitive understanding of the ideas underlying the mechanics of materials; grasp big picture ideas; and use the subject to solve problems–everything it takes to genuinely learn how the forces acting on a material relate to its deformation and failure.

Coulomb read his Essai on ‘some statical problems’ to the French Academy in 1773. It is a document of great importance in the history of engineering since it laid the foundations of the modern science of soil mechanics and also discussed three other major problems of eighteenth-century civil engineering: the bending of beams, the fracture of columns and the calculation of abutment thrusts developed by masonry arches. Professor Heyman's book makes the Essai accessible to a wide range of engineers and historians of technology. It is here reproduced in full with an annotated English translation, a chapter elucidating Coulomb's references and with full discussion of the technical problems it treats. It concludes with some brief historical notes on Coulomb's life and technical education in eighteenth-century France. Contents:The ESSAICoulomb's ReferencesThe Strength and Stiffness of BeamsCoulomb's EquationThe Thrust of SoilThe Thrust of ArchesSome Historical Notes Readership: Engineers and researchers in the history of science and engineering. Keywords:History of Science;Structural Theory;Geotechnical Engineering;Plasticity Theory;Masonry;Buckling;Arches

The core concepts of equilibrium, force-temperature-deformation behavior of materials, and geometry of deformation are central to a student's understanding of mechanics of materials. The third edition of Roy Craig's Mechanics of Materials maintains its signature clear focus on these core concepts while showing students how to approach and solve problems with his four-step problem solving methodology. With newly revised and updated homework problems, this edition brings on an award-winning software program, MD Solids, to reinforce visualization using animations, tutorials, and examples. In addition, new chapter summary tables help readers check their understanding of key concepts and key equations to increase student retention.

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