Evaluation of three thermal stress relief treatments for 2219 aluminum alloy in terms of their effect on residual stress, mechanical properties, and stress corrosion resistance. The treatments are post aging and stress relieving fullscale and subscale parts formed in the aged T81 condition, and aging subscale parts formed in the unaged T31 condition
Heat treatable aluminum alloys such as 7075 and 7055, because of high strength and low density, are ...
Mechanism of stress corrosion cracking in aluminum alloys and techniques for detection of surface de...
Stress corrosion cracking of high strength aluminum alloys investigated by electrochemical, mechanic...
Residual stress, strength, and toughness response of high strength aluminum alloys subjected to time...
Mechanical properties, after thermal treatments, are summarized for sheet and plate of copper-rich, ...
Study determines the heat treatment cycle of aluminum casting alloy M-45 which will increase the str...
Thermal stress relief (TSR), vibration stress relief (VSR), and thermal and vibratory Stress relief ...
peer-reviewedResidual stresses develop in the aluminium alloy 7010 when the material is quenched fro...
Stress corrosion resistance is increased by distorting surface grain-boundary structure and by inter...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
This report provides strategies for minimizing machining distortion in future designs of aluminum al...
Distortion frequently occurs during machining of age hardening aluminum alloys due to residual stres...
To produce useful strengthening, precipitation hardenable aluminium alloys rely on rapid quenching f...
Heat treatment processes, applied after welding but before machining, imparts above normal stability...
Mechanism of the stress corrosion cracking of high-strength aluminum alloys was investigated using e...
Heat treatable aluminum alloys such as 7075 and 7055, because of high strength and low density, are ...
Mechanism of stress corrosion cracking in aluminum alloys and techniques for detection of surface de...
Stress corrosion cracking of high strength aluminum alloys investigated by electrochemical, mechanic...
Residual stress, strength, and toughness response of high strength aluminum alloys subjected to time...
Mechanical properties, after thermal treatments, are summarized for sheet and plate of copper-rich, ...
Study determines the heat treatment cycle of aluminum casting alloy M-45 which will increase the str...
Thermal stress relief (TSR), vibration stress relief (VSR), and thermal and vibratory Stress relief ...
peer-reviewedResidual stresses develop in the aluminium alloy 7010 when the material is quenched fro...
Stress corrosion resistance is increased by distorting surface grain-boundary structure and by inter...
Five handbooks have been prepared which describe up-to-date properties of the following wrought-alum...
This report provides strategies for minimizing machining distortion in future designs of aluminum al...
Distortion frequently occurs during machining of age hardening aluminum alloys due to residual stres...
To produce useful strengthening, precipitation hardenable aluminium alloys rely on rapid quenching f...
Heat treatment processes, applied after welding but before machining, imparts above normal stability...
Mechanism of the stress corrosion cracking of high-strength aluminum alloys was investigated using e...
Heat treatable aluminum alloys such as 7075 and 7055, because of high strength and low density, are ...
Mechanism of stress corrosion cracking in aluminum alloys and techniques for detection of surface de...
Stress corrosion cracking of high strength aluminum alloys investigated by electrochemical, mechanic...