Advanced Gear EngineeringVeniamin Goldfarb, Evgenii Trubachev, Natalya Barmina Springer, 10/07/2017 - 497 من الصفحات This book covers recent developments in practically all spheres of mechanical engineering related to different kinds of gears and transmissions. Topics treated range from fundamental research to the advanced applications of gears in various practical fields, prospects of manufacturing development, results and trends of numerical and experimental research of gears, new approaches to gear design and aspects of their optimization synthesis. |
المحتوى
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2 Gear Geometry as a Function of the Production Method | 27 |
3 Model of Loaded Contact in Multipair Gears | 45 |
4 Quality Characteristics of Gearing | 73 |
5 Geometric Pitch ConfigurationsBasic Primitives of the Mathematical Models for the Synthesis of Hyperboloid Gear Drives | 91 |
6 Load Distribution in Meshing of Planetary Gearwheels and Its Influence on the Technical and Economic Performance of the Mechanism | 117 |
7 Actual Issues of Design and Production of Advanced Worm Gears | 138 |
8 Multi Axis CnC Manufacturing of Straight and Spiral Bevel Gears | 167 |
14 Kinematics of Bevel Biplanetary Gear | 289 |
15 Tool Profiling for the Grinding of Helical Surfaces | 304 |
16 Practice of Design and Production of Worm Gears with Localized Contact | 327 |
17 Optimization of Requirements for Accuracy of Base Surfaces for Spur and Helical Gearwheels at Their Tooth Cutting | 344 |
18 Optimization of HCR Gearing Geometry from a Scuffing Point of View | 365 |
19 Problems of Developing the Model of Class of Objects in Intelligent CAD of Gearbox Systems | 393 |
20 Approximated RodToothed Gears | 419 |
21 Planetary Rotor Hydraulic Machine with Two Central Gearwheels Having Similar Tooth Number | 435 |
9 Increase in Contact Strength of HeavyLoaded Rolling Bearings for Gear Drives and Transmissions | 205 |
10 Features of the Relationship Between Vibration Lubrication and Noise of Gears | 221 |
11 Development of Geometric Descriptors for Gears and Gear Tools | 231 |
From Metal to Polymer Solution | 255 |
13 Aspects of Teaching Advanced Gears for Future Mechanical Engineers Within Bachelor of Sciences Programs at Technical Universities | 270 |
22 Aspects of Optimization of the Process of ComputerAided Design of Complex Objects | 447 |
23 Efficient Schemes and Methods for Gear Machining of Spiroid Gearwheels and Worms | 465 |
24 Influence of Layout Features and Parameters of a Planetary Gear on Its Dynamics and Strength Characteristics | 481 |
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عبارات ومصطلحات مألوفة
accuracy parameters algorithm analysis applied axes axis base surfaces bearing contact bending stresses bevel gears blank calculation considered contact ratio contact strength contact stresses curvature cutter cutting head cylindrical determined deviation direction diameter double-enveloping End Mill equations factor forbidden figures gear cutting gear geometry gear machining gear ratio gearwheel geometric descriptors grinding wheel HCR gearing helix deviation hyperboloid hypoid influence intermediate versions involute gearing Izhevsk kinematic load distribution longitudinal machine-tool manufacturing errors mechanical engineering meshing method Mill cutter modification module nomograms obtained operating optimization Pareto chart pinion pitch configurations Pitch Deviation pitch surfaces plane planetary gear planetary mechanism pressure angle production Profile Deviation radius relation rotation Russian S-gears satellite scuffing shown in Fig spiroid synthesis tangential teeth tip relief tooth contact tooth flank tooth profile tooth surfaces transmission Trubachev values velocity vertex worm gears worm thread