Sentence examples for tempered conditions from inspiring English sources

The influence of prior tensile deformation on the magnetic Barkhausen emission (MBE) and the hysteresis (B H) curve has been studied in 0.2% carbon steel and 2.25Cr 1Mo steel under different tempered conditions.

Low cycle fatigue (LCF) behaviour of a modified 9Cr 1Mo steel under normalized and tempered conditions is reported.

Also the comparison of strength of components made out of steel 1.5525 in quenched and tempered conditions and steel 1.3815 in strain hardened condition is done.

This study provides a theoretical and experimental investigation of the effect of static shear stresses on the high-cycle fatigue behaviour of a 34CrNiMo6 high-strength steel under quenched and tempered conditions.

Due to their dimensions, the heat treatment produces mixed microstructures, continuously varying with the distance from the quenched surface, at which fracture toughness and fatigue behavior are not well known; fracture toughness is generally lower than that corresponding to a fully quenched and tempered condition.

These results cover wide composition, initial microstructure and tempering conditions.

This way, the obtained hydrogen accumulation during operation time of the NRPV provides insight into the better tempering conditions from the structural integrity point of view.

The macroscopic anisotropy for typical texture components in aluminum alloys and AA5019A sheet samples (H48 and O temper conditions) were investigated.

The Al Mg Si alloy 6082 was FS welded in the T6 and T4 temper conditions, and MIG-pulse and TIG welded in T6.

The model predictions are validated against experimental data in seven martensitic and five dual-phase steels, where the prior-austenite grain size, carbon content, tempering conditions and martensite volume fraction are employed as input.

Following a combinatorial screening with tensile and hardness testing on a matrix of six alloys (0 5 wt% Mn, 0 2 wt% Si, constant 13.5 wt% Cr and 0.45 wt% C) and seven martensite tempering conditions (300 500 °C, 0 30 min), investigations were focussed on martensite-to-austenite reversion during tempering as function of chemical composition and its correlation with the mechanical properties.