What Does a Mechanical Estimator Do?
Mechanical design calculation is a book about mechanical design.
Mechanical design calculation
discuss
- ISBN
- 9787800962622
- Pages
- 513
- Fixed price
- 35.00
- Publishing house
- China Zhigong Publishing House
- date of publish
- 1998-05
- Framing
- paperback
- Mechanical design calculation is a book about mechanical design.
- The main content of this book is a book about mechanical design calculations. In this book, there are twelve chapters in total: strength calculation of screw joints, screw drive, belt drive, gear drive, worm drive, chain drive, plain bearings. , Shafts, couplings and table lifters, springs and mechanical parts modern design methods.
- Catalog
Chapter 1 Strength Calculation of Threaded Connections § 1-1 Force Analysis of Bolt Group Connections § 1-2 Strength Calculation of Single Bolt Connections § 1 to 3 Bolt Group Connection Calculation Examples Chapter 2 Screw Drive § 2-1 Overview § 2 2 Materials and allowable stress of helical drive § 2-3 Design and calculation of force-transmitting helical drive § 2-4 Design and calculation of conducting screw Basic theory of transmission §3-2 Design calculation of ordinary V-belt transmission §3-3 Design calculation of narrow V-belt transmission §3-4 Design calculation of flat belt transmission Design and calculation of multi-ribbed belt transmission § 3-7 tower transmission § 3-8 multi-driven belt transmission Chapter 4 gear transmission § 4-1 design calculation of spur gear transmission § 4-2 helical gear transmission Design calculation § 4-3 Strength calculation of standard bevel gear transmission § 4-4 Design calculation of displacement gear transmission § 4-5 Gear structure design § 4-6 Gear transmission efficiency and lubrication Chapter 5 Worm transmission § 5- 1 Overview § 5-2 Calculation of basic parameters and dimensions of ordinary cylindrical worm drive § 5-3 Ordinary circle Design and calculation of worm drive§ 5-4 Arc-tooth cylindrical worm drive § 5-5 Calculation of efficiency, lubrication and thermal balance of worm drive § 5-6 Structural design of worm drive Chapter 6 Chain drive § 6-1 Basic content of chain drive § 6-2 Sleeve roller chain transmission § 6-3 Toothed chain transmission Chapter 7 Sliding bearings § 7-1 Lubrication § 7-2 Types of sliding bearings and their applications § 7-3 Typical structure of sliding bearings §7 4 Material and structure design of bearing pads §7-5 Design and calculation of non-liquid friction plain bearings §7-6 Design and calculation of fluid friction dynamic pressure radial plain bearings Chapter VIII Rolling bearings §8-1 Basic knowledge of rolling bearings §8- 2 Selection of rolling bearing types § 8-3 Calculation of rolling bearings § 8-4 Calculation of rolling bearings under varying conditions § 8-5 Calculation characteristics of installing two radial thrust bearings of the same type on a fulcrum § 8-6 Limiting speed of rolling bearings § 8-7 Selection of rolling bearing sizes with different reliability § 8-8 Combined design of rolling bearings Chapter 9 Shaft § 9-1 Overview § 9-2 Shaft structural design § 9-3 Shaft strength calculation § 9-4 Shaft Calculation of Stiffness §9-5 Shaft Vibration Chapter 10 Couplings and Table §10-1 Coupling and Clutch Function §10-2 Coupling §10-3 Clutch Chapter 11 Spring §111 Overview §11-2 Structural Parameters and Dimensions of Cylindrical Helical Tension and Compression Spring §113 Calculation of Cylindrical Helical Tension and Compression Springs §114 Calculation of Cylindrical Helical Torsion Springs §11-5 Design and Calculation of Leaf Springs Chapter 12 Modern Design Methods of Mechanical Parts §12-1 Mechanical Reliability Concept, Reliability Characteristic and Reliability Design Program §12-2 Computer Aided Design
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