What are Fibre Reinforced Composites?
Composite Structure
FRCs combine high-strength fibres (carbon, glass, aramid) with a polymer matrix (epoxy, polyester) to create materials with exceptional strength-to-weight ratios.
Superior Properties
These materials offer outstanding stiffness, fatigue resistance, and corrosion protection, making them ideal for demanding applications.
Applications
From aerospace structures to Formula 1 racing, wind turbines to marine vessels, FRCs enable revolutionary engineering solutions.
Advanced Material Database
Advanced Layup Stacking Simulator
Layer Configuration
Layup Summary
Mechanical Properties Comparison
Tensile Strength
Elastic Modulus
Advanced Stress Analysis Calculator
Input Parameters
Results
Meet the Development Team
The brilliant minds behind FRC Explorer
Veera Raghavan
RA2511026010333
Computer Science Engineering
1st Year
Shivansh Bansal
RA2511026010332
Computer Science Engineering
1st Year
Poobesh S
RA2511026010334
Computer Science Engineering
1st Year
Pullagura Jagan Yadav
RA2511026010331
Computer Science Engineering
1st Year
Mohamed Aakif S
RA2511026010335
Computer Science Engineering
1st Year
Rhea Singh
RA2511026010336
Computer Science Engineering
1st Year
Sachin B
RA2511026010330
Computer Science Engineering
1st Year
Binita Das
RA2511026010337
Computer Science Engineering
1st Year
About This Project
This FRC Explorer is an advanced educational platform for understanding Fibre Reinforced Composites. It features interactive simulators, material databases, and real-time stress analysis capabilities.
Inspiration
"One of the happiest moments in life is when you find the courage to let go of what you can't change."
Get In Touch
Have questions or want to collaborate? We'd love to hear from you!
Email Us
veera@veeraraghavanofficial.comCan meet in any haunted spot in this widespread campus... just bring your own ghost detector! 👻