tac-laser-peening | Curtiss-Wright Surface Technologies

tac-laser-peening

Legacy of Growth

Naval Laser Peening

Problems We Solve

Firearm Materials Improvement and Testing

Future Energies

On-site Shot & Laser Peening

Laser Peening Contributes to Successful Nuclear Canister Storage Program

Mobile Laser Peening – Extending the Service Life of the F-22

Preventing Stress Corrosion Cracking and Enhancing Corrosion Fatigue Performance of Steel and Aluminum by Laser Peening

Cavitation Peening & Laser Peening

Laser Peening Plus Thermal Microstructure Engineering

Qualification and Implementation of Laser Peening on F-35 & Lessons Learned

Electric/Hybrid Vehicle Material Improvement and Testing

CWST Brochure

Military Vehicle Material Improvement & Testing

New US Patent – High Fatigue Strength Components Requiring Areas of High Hardness

Laser Peening to Improve Fatigue Resistance of AA7050 Components

Laser Peening Technology – Article in ASM International

Laser Peening Brochure

Finite Element Analysis (FEA) to Predict Stress & Strain

Production Laser Peening of High Strength Metals

Effect of Laser Peening on Fatigue Life in an Arrestment Hook Shank

Application of Surface Residual Stresses for Durability & Damage Tolerance Improvements in Wing Attachment Lugs

Adaptation of Laser Peening Capability for Use on F-22 Raptor Primary Structure at an Aircraft Modification Depot

Advanced Beam Delivery for Mobile Laser Peening

print

BACK TO TOP