01
Alloy Design for AM
Composition + processing pathways optimized for printability, performance, and consistency across advanced additive manufacturing routes.
Advanced Materials Science
Advanced Alloy Design Linked to Manufacturing
We develop metallic materials optimized for performance and processability—bridging alloy design, process development, and validation for advanced manufacturing.
AM
Additive manufacturing
FS
Friction-stir processes
PSP
Process–structure–property
Proof in hardware
Real parts. Real heat. Real validation.
Not concept renders—hardware, process windows, and complex geometries tied to real manufacturing development.
Core capabilities
Alloy Design & Manufacturing
Technical services spanning alloy development through manufacturing validation, combining predictive design, process development, and applied metallurgy.
02
Friction-Stir Processing
Support for friction stir welding, additive deposition, and thermomechanical processing routes with metallurgical depth and validation-focused development.
03
PSP Integration
Correlate process conditions to microstructure and mechanical response with practical validation to reduce trial-and-error and accelerate transfer.
04
Mechanical Testing & Validation
Tensile testing and mechanical characterization to validate alloy performance, correlate properties with processing conditions, and support alloy development and manufacturing optimization.
Materials portfolio
Alloy Systems
Representative material systems with example publications demonstrating approach and outcomes.
Al
Aluminum — manufacturability
Aluminum Alloys
Lightweight systems engineered for manufacturability, enabling microstructure control while maintaining robust printability across wide processing windows.
LPBF optimizedSelected publication
Thapliyal et al. (2021) — Wide-process-window Al alloys for LPBF
Cu
Copper — thermal management
Copper Alloys
Copper systems balancing electrical and thermal conductivity with mechanical strength, targeting thermal management hardware such as heat exchangers and high-heat-flux components.
High conductivityHEA
Multi-principal element
High Entropy Alloys
Compositionally complex alloys designed to tune deformation mechanisms through integrated compositional and microstructural control.
Next-generationSelected publication
Mishra et al. (2021) — Tunability of deformation mechanisms in HEAs
Leadership
The Team
Leadership and technical expertise guiding alloy development and manufacturing.
Research & Manufacturing Leadership
Dr. Mishra
Leads alloy design and process integration efforts, bridging microstructure, performance, and real manufacturing constraints.
Get in touch
Contact Us
Tell us what material system and process you're working with. We'll reply with next steps.
Focus
Alloy design, process development, manufacturing validation, and tensile testing
Application areas
Additive manufacturing · friction stir processing · structural & thermal systems
We'll respond within 1–2 business days.