Download >>> https://tinurli.com/282nm0
This is a comprehensive and detailed solucionario mecánica de materiales, with a total of 325 pages. It has been designed to provide the user with a guide to all of the most important topics in mechanics. The areas covered in this text include: kinematics, mechanics of deformable bodies, dynamics, kinetics , and equations. Within this text there are numerous methods for solving problems from each area mentioned above. More specifically, there are 43 principle solutions with an average number of steps per principle solution by one author. There are also 10 citation-style solutions that have been grouped into different chapters according to their origin or type (examples include historical or experimental). Finally, there are about 50 examples that are used to illustrate the use of concepts and techniques for solving problems. This solucionario is organized in three parts. The first part is an introduction to mechanics, where the concepts involved in the study of this field are explained using words and figures. The second part consists of six chapters covering basic topics in general mechanics (kinematics, dynamics, kinetics, etc.). The third section has five chapters that cover more advanced topics (equations of movement, non-inertial reference frames / Lagrangian / Hamiltonian mechanics). Each chapter within this section builds on concepts learned from previous chapters.1.- Newton's Laws 2.- Kinematics 3. 1- Kinematics of a particle system 3.2- Kinematics of a rigid body 3.3- Kinematics of a passing particle 4.- Newton's Laws of Motion - Applied to the study of mechanics 5.- Basic Concepts in Mechanics - Inertial Reference Frame and Inertial Dynamical Systems1.1- Contribute to the homogeneity law 1.2- Measurement and prediction 1.3- Moments and forces: A new approach! There were thirty one errors/indecisions throughout this document, including: mathematical symbols not given, wrong equations and wrong functions, etc. Conceptual error/mistake errors were also found, the most common of which was the incorrectly stated definition of momentum. Finally, there are errors in the proper use of symbols.This text contains many examples that are used to illustrate the use of concepts and techniques for solving problems. The main goal being to provide a guideline for understanding all concepts involved in mechanics. The examples are divided into several categories, each with its own purpose for being placed within this text. Some examples are included because they provide insight into other topics within mechanics while others are just included because their inclusion would have been beneficial to understanding topics presented in this text. The examples are detailed and follow a progression of steps that allows the user to methodically understand the problem at hand (ex: example 1.4.1). There is also another type of example that uses either a historical or experimental approach to help illustrate the use of concepts and techniques for solving problems (ex: examples 2.5.4 and 9.3.1). This section contains a historical overview of mechanics, in which three main concepts within this study are presented in sequence: motion, force, and equilibrium. Each concept has been developed both in theory and with physical experiments in order to demonstrate their practical application within mechanics. cfa1e77820
Comments