Vector Mechanics for Engineers: Dynamics by Authors (Ferdinand Beer, E. Johnston, Phillip Cornwell, Brian Self) provides the latest coverage on topics that include Newtonian mechanics, kinematics of particles and rigid bodies, energy principles, work and power principles, a moment of momentum methods, rotational dynamics of rigid bodies, angular momentum principles, and gyroscopic systems. Dr. Ferdinand Beer developed this text as an introduction to engineering dynamics that still continue to be used by students today in the twenty-first century. It was first published in 1868. It has been revised several times over the years to reflect new developments in the field.
Overview About “Vector Mechanics for Engineers: Dynamics 11th Edition”
It’s no secret that understanding vector mechanics is essential to success in many engineering careers. From mechanical to electrical engineers, most people find vector mechanics an extremely complicated subject… until now! In Vector Mechanics for Engineers: Dynamics by Authors (Ferdinand Beer, E. Johnston, Phillip Cornwell, Brian Self), readers will get a glimpse of why they fell in love with physics as they learn how to interpret and analyze dynamics of motion and forces at work. Written by some of today’s best educators in physics at universities throughout North America and Great Britain. Vector Mechanics for Engineers makes learning easier than ever before with clear explanations paired with solid examples. And real-world situations covering everything from free-body diagrams to Foucault’s pendulum to celestial mechanics and beyond!
Reviews About “Vector Mechanics for Engineers: Dynamics 11th Edition”
The Vector Mechanics for Engineers book is a comprehensive source of information about mechanics. Which has been put together with considerable research and efficiency. The content of the book is easily understandable and can be followed in a sequential manner making it more convenient to grasp concepts from start to finish. Engineering students can utilize it as their primary textbook to enhance their knowledge regarding physical laws that govern our universe. And learn how these laws are applied within real-life situations. There are exercises included in each chapter that guides students towards building a better understanding of concepts discussed in each chapter making them competent enough. When they take competitive exams like GRE, GMAT, or GATE conducted by universities, government, or industrial bodies.
About the Authors
Ferdinand August Heinrich Bé r from Prague and Munich is known as the father of modern statics. He was born on February 7, 1825. In 1850 he moved to Berlin University where he met Karl Jacobi. In 1862 Jacobi and Bé r founded Journal für die Reine und Angewandte Mathematik (Journal for Pure and Applied Mathematics) which later became a well-known publication in mathematics. He became its publisher while also maintaining a position at Munich Polytechnic as Professor of Applied Mechanics in 1897. He had several notable students including George Green, Arthur Cayley, and Josiah Willard Gibbs with whom he formed a lasting friendship that lasted until his death on March 24, 1905, in Essen-Werden (today part of Dortmund).
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