Engineering Mechanics is a classic and highly influential textbook co-authored by Stephen Timoshenko and Donovan Young, designed to provide a comprehensive foundation in the principles of mechanics for engineering students. The book is structured into two primary parts: Statics and Dynamics. It emphasizes the development of problem-solving skills through the application of fundamental physical …
This seminal work serves as a definitive guide to the mathematical and physical principles of plate and shell structures. The authors provide a rigorous treatment of the linear theory of plates, covering bending of long rectangular plates, purely elastic bending of circular and rectangular plates, and the effects of large deflections. The text extensively explores the general theory of shells, …
This advanced volume by Stephen Timoshenko serves as a continuation of his foundational work on mechanics, delving into more complex problems of structural analysis and material behavior. Part II: Advanced covers specialized topics such as the deformation of curved bars, the theory of plates and shells, buckling of columns, and the analysis of stress concentrations. The text also explores the p…
This classic textbook by Stephen Timoshenko, often regarded as the "father of modern engineering mechanics," provides a fundamental introduction to the strength of materials. Part I: Elementary focuses on the basic principles required for structural analysis, including tension and compression, combined stresses, and the theory of bending in beams. The text is renowned for its pedagogical clarit…
Applied Mechanics is a foundational engineering textbook translated from the original Russian edition, designed to provide students with a clear understanding of the mechanical principles governing engineering structures and machinery. The book is divided into several key sections, starting with the fundamentals of Statics, followed by the Kinematics and Dynamics of particles and rigid bodies. …
This comprehensive textbook provides a rigorous and systematic exploration of solid body mechanics, specifically focusing on the fundamental principles of elasticity and plasticity. The authors present a structured analytical framework to evaluate the thermo-mechanical behavior and structural stability of materials under various loading conditions. Key topics include the analysis of stress-stra…
Strength of Materials is a foundational textbook in mechanics that explores the relationship between external loads applied to a stationary body and the resulting internal forces and deformations. The book provides a comprehensive study of stress and strain analysis in various structural members, including beams, shafts, and columns. It covers essential topics such as tension, compression, shea…
Linear Motion Systems is a comprehensive technical catalog from THK Co., Ltd., the global pioneer in Linear Motion (LM) Guide technology. This resource provides detailed engineering specifications for linear guidance systems that utilize rolling contact mechanisms to ensure smooth, precise, and high-rigidity motion across various industrial applications. The catalog covers key products includin…
Mechanical Design of Robots is the first book to deal exclusively with the mechanical design of a robotic system, providing a valuable guide on how an educated and innovative approach to mechanical design can significantly improve robot performance and efficiency. The text outlines the basic parameters of robots and their structural configurations while covering critical topics such as techniqu…
This specialized engineering text provides a comprehensive mathematical and physical analysis of mechanical systems subjected to random excitations. The authors focus on the application of probability theory and stochastic processes to solve complex vibration problems in structural and mechanical engineering. Key topics include the determination of response characteristics of linear and non-lin…