Transcript
Page 1: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 1

Racetech Racing Team

TU Bergakademie Freiberg e.V.

Development and optimization of particular components of a

Formula Student Racecar with HyperWorks

Page 2: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 2

8 Cars

5 Combustion

3 Electric

Team

since 2005

56 team members

structured into 9 departments

Page 3: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 3

CAE RTo8

Page 4: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 4

Topology optimization Stress analysis Crash simulation

Field of application

Page 5: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 5

Topology optimization Stress analysis Crash simulation

Field of application

Page 6: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 6

► Parameters:

► different load cases

► constructed design space

► Aim:

► first design concept

► load path

► increase specific power weight ratio

► mass stiffness

Topology optimization

Page 7: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 7

Topology optimization Stress analysis Crash simulation

Field of application

Page 8: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 8

► Parameters:

► different load cases

► constructed CAD model

► Aim:

► analysis of critical regions

► iterative structural optimization

► calculate displacement

Stress analysis

Page 9: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 9

► gearbox integrated

► suspension and motor attachement

► 9.7 kg

► gearbox and motor integrated

► suspension, motor and aero attachement

► 5.6 kg

RTo7 RTo8

Page 10: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 10

Topology optimization Stress analysis Crash simulation

Field of application

Page 11: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 11

► Aim:

► development of a crash absorber

► different geometries and materials

Crash simulation

Page 12: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 12

RTo7 RTo8

Page 13: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 13

Page 14: Development and Optimization of Particular Components of a Formula Student Racecar with HyperWorks

Folie 14

Thank you for your attention


Top Related