High Energy Rate Forming Research Articles

On the thermo-mechanical behavior and hydrogen compatibility of 22-13-5 stainles steel

High energy rate forming (HERF) was used to study the thermo-mechanical behavior of 22-13-5 stainless steel. Tensile yield strengths in excess of 150 k.s.i. (1033 MPa) were achieved with 15% elongations. Tests comparing 21-6-9 stainless with 22-13-5 showed the strengthening response of the latter to be better. Tests to evaluate the hydrogen compatibility of 22-13-5 in the annealed and HERFed condition showed a lack of sensitivity to both external and internal hydrogen environments.

The Effect of High Energy Rate Forming on the Terminal Characteristics of Metal—A Review

A review was conducted of the literature covering the effects of ambient-temperature high energy rate forming (HERF) on the terminal characteristics of metals. Since the principal objective of the survey was to assess the influence of HERF relative to more conventional lower-rate forming processes, no investigations were included which dealt solely with properties after HERF. However, when full heat treatments were performed after HERF, comparison with unformed but heat-treated controls was considered valid. Microstructural features, hardness, strength, ductility, work hardening, fracture, fatigue, stress corrosion, and thermal response are treated. Some behavioral generalizations, causes for concern, and future needs are discussed.

最近の高エネルギ高速加工成形法の話題

最近の高エネルギ高速加工成形法の話題

横衝撃を受けた棒の塑性変形 : 高エネルギ速度成形理論の初歩(<小特集>材料力学(衝撃))

横衝撃を受けた棒の塑性変形 : 高エネルギ速度成形理論の初歩(<小特集>材料力学(衝撃))

Notes on the selected foreign periodicals : High Energy Rate Forming

Notes on the selected foreign periodicals : High Energy Rate Forming