Methodology roadmap for clay minerals MD simulation study — Materials Studio, LAMMPS, OVITO pipeline
Project 01

MD Nanoindentation of Clay Minerals

MD Simulation LAMMPS Materials Studio
Project 01

MD Nanoindentation of Clay Minerals

Atomic-scale nanoindentation of clay minerals — hardness and modulus derived via MD simulation.

Key Outcomes
Pyrophyllite — strongest mineral, highest modulus
3rd Place — 14th Int'l ME Conference
View Full Project →
C-beam cantilever experimental setup with Arduino strain gauge system and brick load
Project 02

C-Beam Stress Analysis

SolidWorks ANSYS FEA
Project 02

C-Beam Stress Analysis

PLA C-beam stress validated through FEA, experiment, and analytical methods.

Key Outcomes
Three-method validation — FEA error under 8%
Mesh independence confirmed at 6mm, 900 elements
View Full Project →
Arduino UNO with red and green LEDs, IR sensor and jumper wires — IoT smart parking system
Project 03

IoT Smart Parking Management System

Arduino IoT ESP8266
Project 03

IoT Smart Parking Management System

Arduino & IoT system automating parking slot detection and gate control.

Key Outcomes
4 slots monitored via IR sensors in real-time
Live cloud dashboard via Arduino IoT Cloud
View Full Project →
SolidWorks orthographic drawing of horizontal pressure vessel with saddle supports — dimensions 12.13 m length, Ø4.05 m
Project 04

Pressure Vessel Vibration Analysis

SolidWorks ANSYS Mechanical Structural Dynamics
Project 04

Pressure Vessel Vibration Analysis

Pressure vessel designed in SolidWorks, vibration validated via ANSYS simulation.

Key Outcomes
Natural frequencies confirmed — 5% error
Harmonic response under wind load simulated
View Full Project →
SolidWorks full assembly of URAAN RC aircraft — wings, fuselage, empennage and winglets
Project 05

URAAN — RC Aircraft Design & CFD

SolidWorks ANSYS CFD Aerodynamics
Project 05

URAAN — RC Aircraft Design & CFD

RC aircraft designed in SolidWorks, CFD/FEA validated. Flew at Propellair 2024.

Key Outcomes
Zero crashes — all others destroyed
First circular fuselage and winglets in competition
View Full Project →
ANSYS CFD mesh of shell and tube counterflow heat exchanger
Project 06

Shell & Tube Heat Exchanger CFD

SolidWorks ANSYS Fluent CFD
Project 06

Shell & Tube Heat Exchanger CFD

SolidWorks design validated through ANSYS Fluent CFD.

Key Outcomes
CFD confirmed counterflow heat exchange behaviour
Full design-to-simulation pipeline completed
View Full Project →
ANSYS von Mises stress analysis of statically indeterminate I-beam — peak stress 58.43 MPa
Project 07

Statically Indeterminate Beam Design & FEA

SolidWorks ANSYS / FEA
Project 07

Statically Indeterminate Beam Design & FEA

I-beam designed in SolidWorks, validated through ANSYS FEA under combined loading.

Key Outcomes
Peak stress 58.43 MPa — below 150 MPa limit
FEA confirmed analytical solution
View Full Project →
ANSYS equivalent von Mises stress analysis of truss bridge — maximum stress 56.06 MPa at top chord mid-span
Project 08

Bridge Structural Design & FEA Analysis

SolidWorks ANSYS / FEA
Project 08

Bridge Structural Design & FEA Analysis

SolidWorks bridge design validated through ANSYS FEA. Balsa wood — 77 kg before failure.

Key Outcomes
77 kg load — fracture matched FEA prediction
56.06 MPa peak stress confirmed
View Full Project →