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Topology ptimization of a otorcycle wing rm nder ervice oads using Abaqus and Tosca Keywords 1. Introduction
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Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Apr 22, 2018

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Page 1: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Topology ptimization of a otorcycle wingrm nder ervice oads using Abaqus and

Tosca

Keywords

1. Introduction

Page 2: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

2. Motorcycle swing arm component

Figure 1. Sample of motorcycle swing arm in production

Page 3: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

3. The Topology Optimization Process

Figure 2. Topology Optimization Process using Tosca Structure and Abaqus(picture based on Tosca Structure documentation[1])

Page 4: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Figure 3. Abaqus Finite Element Model of the Optimization Design space used by Tosca

Table 1. Finite element model characteristics.Material

Number of elements

Number of nodes

Volume

Page 5: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Figure 4. Frozen areas definition (red zones) and material pull direction definition in Tosca Analysis

Figure 5. Load Case 1: Service loads acting on swing arm due to passenger load.

Page 6: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Figure 6. Load Case 2: Service loads acting on swing arm – torsional load

Figure 7. Load Case 3: Service loads acting on swing arm – lateral bending load

Page 7: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Figure 8. Casting Design Variable Constraint in Tosca Structure

Figure 9. Maximum Member Size Constraint in Tosca Structure

Page 8: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

4. Optimization Results

Figure 10. Swing arm optimized shape – Tosca Report View

Page 9: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

Figure 11. Swing arm optimized smoothed shape – Tosca Smooth View

Figure 12. Swing arm optimized smoothed shape – Stress Contour Map

Page 10: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

5. Conclusion

Figure 13. Polygonal clay part obtained from FEM

Figure 14. Casting virtual evaluation

Page 11: Topology ptimization of a otorcycle wing rm nder ervice ... · Topology ptimization of a otorcycle wing ... Abaqus/CAE Optimization results ... The "mono—no-beam ' has been imported

6. References

1.2.