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Research on Double Cranks Chain Planetary Reducer

Author: FanLiMei
Tutor: YangYunMin
School: Chongqing University
Course: Mechanical Design and Theory
Keywords: A double crank chain planetary reducer Virtual Prototyping Simulation
CLC: TH132.46
Type: Master's thesis
Year: 2008
Downloads: 105
Quote: 0
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Abstract


Double - crank chain planetary speed reducer is a new type of reducer , it is a new kind of transmission mechanism is developed innovative analysis comparing the various chains planetary transmission mechanism on the basis of their respective strengths and weaknesses . It has a simple structure and easy replacement of wearing parts easy maintenance , transmission ratio and other characteristics, which has broad application prospects . In this paper, considering meet the static balance and dynamic balance , smooth operation , planetary sprocket and chain support wheel load balancing kinematics and dynamics requirements , high load carrying capacity , high transmission efficiency , high reliability and excellent dynamic performance goals , design the overall reasonable structure of the a double crank chain planetary reducer , and the use of CATIA , ANSYS , ADAMS software to create a double - crank chain planetary reducer virtual prototype modeling and simulation environment . Thesis include : based a double crank chain planetary reducer drive theory and design of its structure and the establishment of a three-dimensional solid modeling . Based on traditional methods of stress analysis , to establish the mathematical model of the main components of the stress analysis , calculation and check of the main pieces of strength and bearing life . ② static analysis and modal analysis of the key components of the double crank chain planetary reducer ; the ③ the double crank chain planetary reducer whole dynamics simulation analysis . ( 4 ) physical prototype manufacturing chain of double - crank type planetary reducer .

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CLC: > Industrial Technology > Machinery and Instrument Industry > Mechanical parts and gear > The transmission mechanism > Meshing > Reducer and transmission
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