SCHAUM's Outline Series Theory and Problems of Machine Design

Master machine design with Schaum's–the high-performance study guide. If you want top grades and excellent understanding of machine design, this powerful study tool is the best tutor you can have! It takes you step-by-step through the subject and gives you accompanying related problems with fully worked solutions. You also get hundreds of additional problems to solve on your own, working at your own speed. This superb Outline clearly presents every aspect of machine design. Famous for their clarity, wealth of illustrations and examples, and lack of dreary minutia, SchaumÕs Outlines have sold more than 30 million copies worldwide. Compatible with any textbook, this Outline is also perfect for self-study. For better grades in courses covering machine design you can't do better than this Schaum's Outline! Inside, you will find:

* Clear explanations of all the principle concepts you need in machine design
* Coverage of all course fundamentals–supplements any class text
* Easy-to-follow examples
* 320 fully worked problems

The sciences underlying machine design are college-level mathematics (trigonometry, calculus, ODE) and physics, with emphasis on kinematics, statics, dynamics, strength of materials, thermodynamics, and fluid mechanics. Thus machine design is really a kind of capstone course for mechanical engineers.
This book is primarily useful as a source of clear examples of various aspects of machine design with completely worked out solutions plus additional solved and unsolved problems to help you get through a class in machine design or to help you review if you haven't touched the subject in a while. It could never stand alone as a tutorial in this subject due to the broad amount of background material. The author takes note of this by providing a mechanics review quiz for the student at the beginning of the outline. It is suggested if the student does not score over 90% that he/she should review the necessary background material before attempting to proceed. The outline then manages to touch on every aspect of machine design in a detailed fashion. The book concludes with a chapter of suggested projects, because after all, the goal of a machine designer is not to design and analyze gears, bearings, and brakes, but to take this knowledge and design an entire mechanical system. The first few projects cue you with questions a designer would need to ask himself/herself, but later projects just give the problem statement and allow the reader to construct the project as he/she sees fit. Among the projects are a water level automatic control, one man passenger elevator, and a lawn mower. Some of the names of these projects really show the book's age, but they are still worthwhile exercises that test the student's knowledge of machine design. It is a very old book, but the laws of physics haven't changed in 30 years, so it is still a useful Schaum's outline. I highly recommend it.