EDM Aerospace Applications: A Case Study
Budget: ₹1,500 – ₹12,500 INR
Case Study on Non‑Conventional Machining (EDM in Aerospace Manufacturing)
This project explores the role of non‑conventional machining (NCM) in modern engineering, focusing on Electrical Discharge Machining (EDM) applied to aerospace turbine blades. Conventional machining struggles with hard alloys and intricate geometries, but EDM overcomes these challenges using controlled spark erosion.
Through this case study, we highlight:
- The need for NCM in precision industries.
- Experimental setup using EDM for nickel‑based superalloys.
- Key observations and results: high accuracy, complex cooling channels, and reduced residual stresses.
- Advantages & limitations of EDM compared to traditional methods.
- Future scope: hybrid machining, AI‑driven optimization, and applications in aerospace, medical, and electronics.
This project demonstrates how NCM techniques like EDM are shaping the future of manufacturing by enabling innovation in high‑performance materials and complex designs.
This project explores the role of non‑conventional machining (NCM) in modern engineering, focusing on Electrical Discharge Machining (EDM) applied to aerospace turbine blades. Conventional machining struggles with hard alloys and intricate geometries, but EDM overcomes these challenges using controlled spark erosion.
Through this case study, we highlight:
- The need for NCM in precision industries.
- Experimental setup using EDM for nickel‑based superalloys.
- Key observations and results: high accuracy, complex cooling channels, and reduced residual stresses.
- Advantages & limitations of EDM compared to traditional methods.
- Future scope: hybrid machining, AI‑driven optimization, and applications in aerospace, medical, and electronics.
This project demonstrates how NCM techniques like EDM are shaping the future of manufacturing by enabling innovation in high‑performance materials and complex designs.