2009Sekkei Kougaku, Shisutemu Bumon Kouenkai kouen rombunshuu/Sekkei Kogaku, Shisutemu Bumon Koenkai koen ronbunshuOpen access

2218 3D Simulation System for Gear Design

Noriyuki AKIYOSHI, Tatsuya OHMACHI

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Abstract

It is very effective for a designer that designed gear profile can be grasped in the design process. In former research, the gear generating simulation system had been designed and developed. Using developed system, the designer select the rack shape and can obtain the cylindrical gear profile quickly. In this paper, the 3D simulation for meshing of a pair of cylindrical gears is developed. 3D model is created by triangle elements. A pair of gear simulation is created by the parallel movement of two gears. Moreover, developed system has 3D display function of a conical involute gear. Conical Involute Gear is created by the group of profile shifted cylindrical gears divided axially. Developed simulation system is useful tool for conical involute gear design.

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What this paper is about

It is very effective for a designer that designed gear profile can be grasped in the design process. In former research, the gear generating simulation system had been designed and developed. Using developed system, the designer select the rack shape and can obtain the cylindrical gear profile quickly. In this paper, the 3D simulation for meshing of a pair of cylindrical gears is developed. 3D model is created by triangle elements. A pair of gear simulation is created by the parallel movement of two gears. Moreover, developed system has 3D display function of a conical involute gear. Conical Involute Gear is created by the group of profile shifted cylindrical gears divided axially. Developed simulation system is useful tool for conical involute gear design.

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Available abstract

It is very effective for a designer that designed gear profile can be grasped in the design process. In former research, the gear generating simulation system had been designed and developed. Using developed system, the designer select the rack shape and can obtain the cylindrical gear profile quickly. In this paper, the 3D simulation for meshing of a pair of cylindrical gears is developed. 3D model is created by triangle elements. A pair of gear simulation is created by the parallel movement of two gears. Moreover, developed system has 3D display function of a conical involute gear. Conical Involute Gear is created by the group of profile shifted cylindrical gears divided axially. Developed simulation system is useful tool for conical involute gear design.

Key concepts: Conical surface, Rack, Involute, Involute gear, Engineering, Process (computing), Mechanical engineering, Cycloid gear

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