Mindaugas ​Beliauskas
SENIOR DESIGN PROJECT
Group Project Description:
Design a space-frame chassis for a Formula SAE race car given suspention and engine mounting points. The design must meet safety compliance regulations.
Project Objectives:
Total weight: 75lbs
Tortional rigidity: 1200 ft*lbm/deg
Budget: Under $4000
Project Achievements:
Total weight: 70.32lbs
Tortional rigidity: 1050 ft*lbm/deg (FEA Value)
Budget: $2670
Personal Contribution:
I designed the space frame chassis by iterating the chassis with suspension and powertrain components in SolidWorks. Through the use of ANSYS, I simulated and analyzed its truss in the design phase of the project. Later, I was involved in helping to weld the frame. I built the head rest and machined the mounting tabs for suspenion as well.
![]() Torsional rigidityTorque required to twist the chassis by 1 degree | ![]() Torsional stressTorsional stress under applied design loads |
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![]() Rotational deflectionRotational deflection under applied design loads | ![]() Tab von Misses stress analsys |
![]() Head Restrain von Misses stresses | ![]() Florida Institute of TechnologyComplete CAD model |
![]() MillingMachining suspension mounting tabs | ![]() Chassis of the formula |
![]() Suspension of the Formula | ![]() Powertrain of the Formula |
![]() Competition day | ![]() Competition day |
![]() Competition day |