Vector Mechanics for Engineers

Vector Mechanics for Engineers pdf epub mobi txt 电子书 下载 2026

出版者:McGraw Hill
作者:Ferdinand P. Beer
出品人:
页数:0
译者:
出版时间:2007
价格:0
装帧:Paperback
isbn号码:9780073313177
丛书系列:
图书标签:
  • 力学
  • 工程力学
  • 矢量力学
  • 静力学
  • 动力学
  • 材料力学
  • 工程
  • 物理
  • 大学教材
  • 经典教材
想要找书就要到 图书目录大全
立刻按 ctrl+D收藏本页
你会得到大惊喜!!

具体描述

深入解析工程力学的严谨理论与实践应用 本书旨在为未来的工程师们提供一套坚实且全面的力学理论基础,涵盖了静力学和动力学两大核心领域。通过清晰的逻辑阐述和丰富的例题分析,本书将引导读者逐步掌握分析工程问题所需的基本原理和方法。 静力学部分 elaborates on the equilibrium of rigid bodies. We delve into the fundamental concepts of force systems, including their classification, representation, and the principles governing their interaction. Readers will learn to decompose forces, analyze resultant forces, and understand the concept of moments and couples. A significant portion of the text is dedicated to the analysis of structures such as trusses, frames, and beams, employing methods like the method of joints, method of sections, and the direct analysis of internal forces. The concept of friction, including static and kinetic friction, and its impact on equilibrium situations, is thoroughly explored. Additionally, the principles of centroids and centers of gravity, crucial for determining the stability and mass distribution of bodies, are presented with detailed derivations and applications. 动力学部分 transitions to the study of motion and the forces that cause it. We begin with kinematics, focusing on the description of motion in terms of position, velocity, and acceleration. This includes the analysis of rectilinear motion, curvilinear motion, and the specialized cases of projectile motion and uniform circular motion. The concepts of relative motion and its application in analyzing complex mechanical systems are also introduced. The core of the dynamics section lies in kinetics, where Newton's laws of motion form the bedrock for understanding the relationship between force, mass, and acceleration. We explore various methods for analyzing the kinetics of particles and rigid bodies, including the force and acceleration method, work-energy principles, and impulse and momentum principles. These powerful analytical tools enable the prediction of motion and the design of systems that can withstand applied forces. The book extensively covers the kinetics of rigid bodies in both translation and rotation. For rotational motion, concepts such as angular velocity, angular acceleration, moment of inertia, and torque are meticulously explained. We examine the application of these principles to analyze the motion of rotating machinery, pendulums, and other common engineering components. The interplay between translation and rotation, leading to general plane motion, is also addressed with rigorous mathematical treatment. 应用导向与学习支持 Throughout the book, emphasis is placed on the practical application of these theoretical concepts to solve real-world engineering problems. Numerous worked-out examples drawn from diverse engineering disciplines such as mechanical, civil, aerospace, and materials engineering are integrated to illustrate the application of principles. These examples are designed to build problem-solving skills and to demonstrate the relevance of mechanics in engineering design and analysis. To facilitate effective learning, each chapter is structured with clear learning objectives, concise explanations of key concepts, and a comprehensive set of end-of-chapter problems. These problems range in difficulty, allowing readers to progressively challenge their understanding and mastery of the material. Hints and solutions for selected problems are provided to guide readers and reinforce their learning. Furthermore, the text often includes discussions on the assumptions and limitations inherent in the models used, encouraging a critical approach to applying mechanical principles. The book also fosters an understanding of the importance of units and dimensional analysis in engineering calculations, ensuring accuracy and consistency. Ultimately, this book aims to equip students with the fundamental knowledge and analytical capabilities necessary to excel in their engineering studies and to confidently tackle the challenges of professional engineering practice. It serves as an indispensable resource for anyone seeking a deep and thorough understanding of the principles governing the behavior of mechanical systems.

作者简介

目录信息

读后感

评分

评分

评分

评分

评分

用户评价

评分

《Vector Mechanics for Engineers》这个书名本身就散发出一种严谨和专业的学术气息。力学,作为工程师必备的知识体系,而“向量”的加入,则预示着本书将以一种更加现代、更加强大的数学工具来解析物理世界。我设想这本书的内容将围绕如何运用向量代数和微积分来解决各种工程力学问题展开。从静力学中的力系合成与平衡,到运动学中的位移、速度和加速度的矢量描述,再到动力学中牛顿定律、动量守恒和能量守恒的向量化应用,都将是本书的重要组成部分。我期待书中能够包含大量的插图和图解,生动地展示向量在三维空间中的应用,例如力的分解、力矩的计算以及物体运动轨迹的分析。同时,我也希望书中能够提供一些进阶的内容,例如刚体动力学、振动分析或者材料力学的一些基础概念,并展示如何运用矢量力学的方法来解决这些问题。总而言之,我期望这本书能够帮助我构建一个坚实的工程力学理论基础,并为我日后在工程领域的学习和实践打下坚实的基础。

评分

当我看到《Vector Mechanics for Engineers》这个书名时,我联想到的是一本能够帮助我深入理解工程世界运作原理的书籍。力学,特别是运用向量方法来解决力学问题,是所有工程学科的基石。这本书的名字直接点明了其核心内容——将抽象的力学概念与具体的向量数学工具相结合。我猜测这本书的结构会非常清晰,从基础的向量运算开始,逐步引入到静力学、运动学和动力学的各个分支。我期待书中能够提供大量实际工程问题的案例,例如桥梁的受力分析、机械零件的运动仿真、飞行器的动力学建模等,并详细展示如何运用向量方法来求解这些问题。这种方法论上的严谨性,无疑能帮助工程师们更准确地理解问题,更有效地设计解决方案。我希望这本书不仅能教我“怎么做”,更能让我理解“为什么这么做”,从而培养出扎实的工程素养和解决实际问题的能力,使我在面对复杂的工程难题时,能够更加游刃有余,做出更明智的决策。

评分

谈到《Vector Mechanics for Engineers》,我首先想到的是它将是一本在工程教育中占据核心地位的教材。力学,作为工程学的“物理语言”,其重要性不容置疑。而“矢量”这个关键词,则暗示着本书将采用一种更加强大和通用的数学工具来分析工程问题。我预计书中会详细讲解如何使用向量来表示和分析力、力矩、位移、速度、加速度以及动量等物理量。这将使得对复杂三维问题的理解和计算变得更加系统和高效。我非常期待书中能够提供清晰的理论推导和丰富的工程实例,从静态平衡到动态响应,从刚体动力学到振动分析,都能够通过矢量方法得到统一和优化的解决方案。这本书可能还会涉及一些微积分的应用,例如利用矢量微积分来描述连续介质的运动和受力。我希望它能帮助我建立起一种将物理直觉与数学严谨性相结合的思维模式,从而能够自信地应对各种工程挑战,并且在未来的学习和工作中,能够熟练运用矢量力学来分析和设计各种工程系统。

评分

这本《Vector Mechanics for Engineers》的书籍,单从书名来看,就预示着它将是一次深入探索工程力学核心的旅程。力学,作为所有工程学科的基石,其重要性不言而喻。而“向量”这个词的加入,更是点明了本书在方法论上的侧重点——利用向量代数和微积分来解析和解决力学问题。这与传统的标量方法相比,无疑能更清晰、更直观地描绘物理量的方向性和耦合性,尤其是在处理三维空间中的受力分析、运动学以及动力学问题时,向量的强大优势会得到充分的体现。我期待这本书能够提供一套系统性的框架,帮助我理解如何将抽象的物理原理转化为具体的数学模型,并通过严谨的向量运算得出具有工程意义的结论。书中可能包含对静力学、运动学和动力学基础概念的详细阐述,例如平衡方程、运动轨迹的描述、牛顿第二定律的应用等,并且会强调如何在这些概念中引入向量的概念,例如力的向量表示、速度和加速度的向量分解,以及动量和角动量的向量形式。我猜想,作者会通过大量的实例和图示来辅助说明,让读者能够真正理解向量在解决工程问题中的强大威力,从简单的平面问题过渡到复杂的空间问题,最终能够独立分析和设计工程结构与系统。

评分

对于一本名为《Vector Mechanics for Engineers》的书籍,我脑海中浮现的是一本能够为初学者和有经验的工程师都提供宝贵见解的宝藏。力学,特别是矢量力学,是理解宏观世界运行规律的关键。这本书的定位似乎是为工程领域的学生和从业者量身定制,旨在提供一种更为严谨和全面的力学分析工具。我设想书中会循序渐进地介绍向量的代数运算,包括加法、减法、点积和叉积,以及它们在几何和物理中的应用。随后,这些基础知识将被应用到力学问题的解决中,例如如何分解力和力矩,如何描述物体的位移、速度和加速度,以及如何分析惯性力等。我特别期待书中对动态系统分析的深入探讨,例如如何运用动量定理和角动量定理来解决复杂的瞬态问题,或者如何通过能量守恒原理来分析系统的运动。书中很有可能还会包含一些关于材料力学和结构分析的初步介绍,展示矢量力学在这些更高级领域的基础性作用。总而言之,我希望这本书能够构建一个坚实的力学理论基础,并教会我如何将这些理论应用于实际的工程挑战,从而提升我的问题解决能力和工程设计水平。

评分

评分

评分

评分

评分

本站所有内容均为互联网搜索引擎提供的公开搜索信息,本站不存储任何数据与内容,任何内容与数据均与本站无关,如有需要请联系相关搜索引擎包括但不限于百度google,bing,sogou

© 2026 book.wenda123.org All Rights Reserved. 图书目录大全 版权所有