| Strength of Materials Belyaev |
| The Science of Strength of Materials In designing structures and machines, an engineer has to select the material and the cross-sectional area of each element of the structure or machine so that it enables the element to have strength to resist external forces transmitted to it by adjacent elements of the structure without failure of strength or distortion of shape, i. e. the element should function properly. Strength of materials provides the engineer with fundamentals for a proper solution of this problem. |
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| Scotch Yoke Mechanism Design |
| Scotch Yoke Mechanism Design. An experienced mechanical engineer was asked to design a smooth reliable drive to oscillate a long slender induction coil gently and continuously. The coil serves as a precision control element in a large linear accelerator. |
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| Handbook of Machine Design Components |
| The major mission of this sourcebook is to intensify and highlight the importance of typical mechanical components by illustrating their versatility, innovative applications, history and artistry. Hopefully, this presentation will stimulate new ideas by giving the reader a graphic kaleidoscopic view of mechanical components, as well as an appreciation for their geometric grace and adaptability into complex mechanisms. |
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| Handbook of Mechanical Design |
| Many engineering departments, perhaps most, compile and keep up to date a manual which may be called the standards book, reference book, engineering department standards, or which may be given some other name. Also, many design engineers build their own book or manual. In such books will be found a vast fund of engineering data and many methods of design procedure not found in existing handbooks. |
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| Mechatronic Design Devices and Systems |
| Mechatronics concerns synergistic and concurrent use of mechanics, electronics, computer engineering, and intelligent control systems in modeling, analyzing, designing, developing, and implementing smart electromechanical products. |
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| Shock and Vibration Handbook |
| In this handbook, equal emphasis is given to theory and practical application. The chapters are grouped into fundamentals, basic theory, advanced theory, analytical techniques, numerical techniques, experimental techniques, design methodology, practical problems and solutions, applications, regulatory considerations, and useful data. |
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| Principles of Optics |
| The defect of optical images (the influence of aberrations) may be studied either by geometrical optics (appropriate when the aberrations are large), or by diffraction theory (when they are sufficiently small). Since one usually proceeds from quite different starting points in the two methods of treatments, a comparison of results has in the past not always been easy. |
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| Fundamental Laws of Mechanics |
| The objective of this book is to draw the readers' attention to the basic laws of mechanics, that is, to the laws of motion and to laws of conservation of energy, momentum and angular momentum, as well as to show how these laws are to be applied in solving various scientific problems. At the same time author has excluded all things of minor importance in order to concentrate on questions which are hardest to comprehend. |
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| Aircraft Airframe Structural Design |
| The book represents several decades of data collection, research, conversations with different airframe specialists, plus the author's more than twenty years' experience in airframe structural design. In addition, the text is partly based on the author's lecture (Structures Symposium of Airframe Design) for the Lockheed Extension Education Program (LEEP). |
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