1ST PRIZE WINNER 🏆
STRENGTH ANALYSIS OF HONEYCOMB SANDWICH STRUCTURES
GÁBOR KOLTAI
Three point bending and crushing test of honeycomb core sandwich panels.
The objective of the project was to measure the deflection (𝛿) of
the sandwich panel due to a given load. By knowing the deflection of the panel, the material properties in the X3 (or T) direction, namely the shear modulus of the core (𝐺𝑐) and the equivalent flexural modulus (𝐸෨𝑓𝑙𝑒𝑥) of the panel, can be calculated.
2ND PRIZE WINNER 🏆
STRUCTURAL OPTIMIZATION OF A RACE CAR’S UPRIGHT
MIHÁLY CSÁNYI
In my research, I subjected the upright of the suspension system of the university’s Formula Student race car to various development methods. My primary goal was to reduce the weight of the upright while maintaining and improving its structural strength.
3RD PRIZE WINNER 🏆
AEROACOUSTIC NOISE REDUCTION TESTING AND DEVELOPMENT OF CHEVRON
JAKAB SASVÁRI
The project aims to investigate the noise reduction effect of Chevron using numerical flow simulations and compare the resulting sound pressure levels with an engine without Chevron. To generate further development solutions for the Chevron nozzle with the highest noise reduction.
