원문정보
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
In order to study the MWB1450 type die cutting machine, geometry entity model and finite element model of lower plate were established by ANSYS software, and stress analysis, displacement analysis and fatigue life prediction of the lower plate are proceeded. Based on this, puts forward the measures in optimizing the structure of the lower plate, and making reasonable design and improvement to the lower plate, the optimization of lightweight、high strength and durability have been achieved.
목차
Abstract
1. Die Cutting Machine Introduction
2. Intensity Analysis of the Lower Plate in Die Cutting Machine
2.1. Establishment of Geometry Model
2.2. Material Parameters of the Lower Plate
2.3. Establishment of the Finite Element Model
2.4. Applying Constraints
2.5. Strength Calculation
3. Optimization of the Lower Plate
3.1. Optimization Theory
3.2. Problem Description of the Lower Plate
3.3 Mathematical Model of Optimal Design
3.4. Optimal Computation of the Lower Plate
4. Fatigue Analysis
4.1. Fatigue Analysis Theory of ANSYS
4.2. Fatigue Analysis of the Lower Plate
5. Conclusions
Acknowledgements
References
1. Die Cutting Machine Introduction
2. Intensity Analysis of the Lower Plate in Die Cutting Machine
2.1. Establishment of Geometry Model
2.2. Material Parameters of the Lower Plate
2.3. Establishment of the Finite Element Model
2.4. Applying Constraints
2.5. Strength Calculation
3. Optimization of the Lower Plate
3.1. Optimization Theory
3.2. Problem Description of the Lower Plate
3.3 Mathematical Model of Optimal Design
3.4. Optimal Computation of the Lower Plate
4. Fatigue Analysis
4.1. Fatigue Analysis Theory of ANSYS
4.2. Fatigue Analysis of the Lower Plate
5. Conclusions
Acknowledgements
References
저자정보
참고문헌
자료제공 : 네이버학술정보