BTech Project Topics in Mechanical Engineering

By: Engineer's Planet

The BTech Project Topics in Mechanical Engineering page offers innovative project ideas across various areas like thermal engineering, robotics, and renewable energy. It inspires students, ensuring practical application of knowledge, and supports their academic journey with industry-relevant skills.

The study analyzes various composite materials for wing skin, focusing on structural integrity and performance. Using FEA, Epoxy-Carbon UD was identified as the most suitable material, offering optimal deformation and stress resistance for aircraft wing skin.

1. Structural Analysis Of Wing Skin

The study examines solar chimneys for natural ventilation, finding that a 60° inclined chimney with an integrated roof design enhances thermal performance. Incorporating the view factor improves ventilation rate accuracy

2. Numerical Analysis Of Solar Chimneys

3. Real-Time Hand Gesture Recognition System

The study examines solar chimneys for natural ventilation, finding that a 60° inclined chimney with an integrated roof design enhances thermal performance. Incorporating the view factor improves ventilation rate accuracy.

4. Design And Optimization Of Fins For Heat Transfer

The study analyzes the optimization of fins for heat transfer enhancement in engines using ANSYS. It examines different fin geometries and materials, finding that altering fin design improves heat dissipation and cooling efficiency, enhancing engine thermal performance

5. CFD Analysis Of Fuel Cell

This study investigates thermal management in PEM fuel cells, focusing on a cooling plate with different nanofluids. Results show that ZnO nanofluid with modified geometry offers superior thermal performance at a high Reynold number, making it a promising coolant for PEM fuel cells.

In Conclusion,The BTech Project Topics in Mechanical Engineering page is an essential resource that equips students with innovative project ideas, fostering practical application and research skills. It empowers students to make impactful contributions to the field, aligning with their academic and professional goals.