Parametric Design of Gear Hob Cutter

Iulian Stănășel; Florin Blaga; Traian Buidos

doi:10.4028/www.scientific.net/AMM.809-810.736

Paper Titles

Optimization Strategies of Peripheral Speeds for Planetary Speed Reducers Used in the Actuation of Industrial Robots
p.712

Research Regarding Improvement of Torsional Stiffness for Planetary Speed Reducers Used in the Actuation of Industrial Robots
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Layered Structures Analysis, with High Entropy Alloys, for Ballistic Protection
p.724

Floating Hydrostatic Bearings for Numerically Controlled Machine Tools
p.730

Parametric Design of Gear Hob Cutter
p.736

Devices and Equipment for Mixing Granular Materials in Industry
p.742

Experimental Researches Concerning Evaluation of Mechanical Vibrations of Five Axes Machining Center Equipped with Rotary Tilting Table
p.748

Experimental Research Regarding Static Rigidity in Transversal Direction of “Narrow“ Modules from Modular Fixtures Structure
p.754

Dynamic Behavior Study of Drill Bush Guide Plates from the Fixtures Structure
p.760

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 809-810Parametric Design of Gear Hob Cutter

Parametric Design of Gear Hob Cutter

Abstract:

The gears are some of the most used mechanical transmission due to the advantages its provide: constant transmission ratio, high power transmitted, high efficiency, small size, silent operation, precision kinematic, etc. This causes the wheel to be one of the most valuable machine elements both in terms of accuracy and processing technology as well. From the technological point of view due to high precision and productivity, one of the most methods used is processing with gear hob cutter. Although the tool profile does not depend on the number of teeth on the wheel, but only its module, large diversity of gear requires the design of gear hob cutters tailored to existing needs. As it is known the gear hob cutters are complicated and expensive gear cutting tools, both due to the manufacturing process and in terms of design, requiring a significant amount of calculations, high effort from the designer and consequently results in a large cycle of design. For this reason, the literature and in various websites, there are many studies and research information to optimize the design process and increase accuracy of gear hob cutters.