A Study of Gear Hobbing : Chiefly on Cutting Hard Gears
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概要
- 論文の詳細を見る
In making an efficient production of gears of high performance, it is considered best to have them hobbed and finished by shaving, with material of gears as hard as possible provided it can be cut fairly well. In the present paper the authors have made theoretical and experimental studies of a hob with such form and material, as well as cutting oil, as give it the largest durability in cutting large and hard gears. This paper also deals with the form of a hob which reduces the fluctuation of cutting force.
- 一般社団法人日本機械学会の論文
著者
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Ueno Taku
Faculty Of Engineering Kyushu Sangyo University
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Wakuri Akira
Kurume Junior College Of Technology
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AINOURA Masando
Kurume Junior College of Technology
関連論文
- Manufacture and Performance of Cylindrical Gears : An Application of New Finish-Hobs for Increasing Surface Durability
- Load-Carrying Capacity of HB≃340 (Hardened and Tempered) Gears : Influence of Gear Ratio and Surface Roughness on Surface Durability
- Load-Carrying Capacity of Surface-Hardened Gears : Influence of Surface Roughness on Surface Durability : Vibration, Control Engineering, Engineering for Industry
- Manufacture and Performance of Spheroidal Graphite Cast lron Gears : 2nd Report, Load-carrying Capacities of As-cast FCD 70〜80 Gears
- On Tooth Contact Marking and Gear Performance : 2nd Report, Gears with Harmful Tooth Form
- On Tooth Contact Marking and Gear Performance : 1st Report, Fundamental Characteristics of Tooth Contact Marking
- Manufacturing and Performance of Spheroidal Graphite Cast lron Gear : 1st Report, An Application to Medium-hardness Gears
- Effects of Tooth Form on Stresses in Helical Gears : 1st Report, Effects of Convex and Concave Tooth Profiles
- Load-carrying Capacity of the HB〓340 (Hardened and Tempered) Gears : 4th Report, Effect of Surface-finishing on Surface Durability
- Load-carrying Capacity of the HB〓340 (Hardened and Tempered) Gears : 3rd Report, Influences of Difference in Hardness and Roughness on Surface Drability
- Load-carrying Capacity of the HB〓340 (Hardened and Tempered) Gears : 2nd Report, Surface Durabilities of the Leaded Free-cutting Steel Hobbed Gears and Honed Gears
- Load-carrying Capacity of the HB〓340 (Hardened and Tempered) Gears : 1st Report, Effect of Surface Roughness on the Rolling Contact Fatigue of the Rollers and Surface Durability of the Habbed Gears
- Tooth Surface Configurations Caused by the Errors in Hobs and Hobbing Machines
- On the Lubrication of Worm Gears
- Fundamental Research on Hobbed Gear-tooth Surface Roughness : Influence of the Built-up Edge
- Research on Soluble Cutting Fluids for Gear Cutting : 2nd Report, The Influence of Dilution Ratio and the Effect of Synthetic Fluids
- Research on Soluble Cutting Fluids for Gear Cutting : 1st Report, The Effect of Components of Soluble Fluids and the Range of Application of the Fluids
- Experiments on the Cooling Ability of Cutting Fluids
- Effects of Inclination of Contact Line on Friction and Wear of Worm Gears
- The Lubricant Churning Loss in Spur Gear Systems
- Fundamental Research on the Hobbing of Austempered Spheroidal Graphite Cast Iron : On the Most Suitable Clearance Angle of the Hob
- Fundamental Research on the Hobbing of Austempered Spheroidal Graphite Cast Iron : Cutting Tests Using High Speed Steel Fly-Tools
- Fundamental Research on Hobbing Hard Gears Using Fly-Tools
- Analysis of Effect of Built-Up Edge on Hobbed Gear Tooth Surface Roughness
- Grinding Methods of Gears with Circular-Arc Tooth-Curve
- A Study of Gear Hobbing : Chiefly on Cutting Hard Gears
- STUDIES ON THE WEAR OF HOB : Influence of Face Roughness of Tooth upon Tool Wear
- RESEARCH ON THE TAPERED HOBS
- Graphic Analysis of Hobbing in Unfinished Space
- Studies on the Internal Gear Hobs : Hobs working like the broach and their cutting test
- On Ideal Shapes of the Relieved Surface of Hob Tooth
- The Lubrication of Bevel Gears
- Study on the Cutting Forces for Spiral Bevel Gears
- Analyses of Cutting Conditions of Spiral Bevel Gears
- Load Carrying Capacity of Spur Gears : A New Gear-Load Testing Machine and Running-in and Failure of Gears Having a Lengthwise Tooth Error