We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Effect of the Aging Temperature of Steel on the Parameters of Fatigue Resistance and Microstrain
AI summary Read the abstract
This metallurgy paper examines microplastic strain in maraging steel as a mechanical engineering phenomenon related to fatigue resistance. It has no relevance to environmental microplastic pollution or human health.
The interrelation of the parameters of microplastic strain, the slope of the left-hand branch of the fatigue curve, and the fatigue limit of a maraging steel is studied. The growth in the microplastic strain is shown to match the growth in the fatigue limit and the decrease in the slope of the left-hand branch of the fatigue curve. The strength of the steel decreases with decrease in the temperature of post-quenching aging.
More Papers Like This
Features of development of nonuniform microscopic strains and fatigue damage accumulation in carbon steels
AI summary Read the abstract
This study directly measured local strains in fixed microvolumes of carbon steel under cyclic loading, finding highly inhomogeneous plastic strain accumulation where some microvolumes reach several percent strain while adjacent regions remain at zero. The results show that fatigue crack initiation is governed by microstructure and grain-boundary properties that fix strain concentration sites from the first load cycle. Note: this paper concerns materials engineering, not environmental microplastic pollution.
Influence of Modes of Thermoplastic Treatment on the Development of Microplastic Strain in Nitrogen-Bearing Steel Kh21G10N7MBF
AI summary Read the abstract
This study examined how cold rolling reduction and heat treatment influence microplastic strain development in high-nitrogen austenitic steel, finding processing conditions significantly affect the material's microscale deformation behavior. Insights into how processing history governs microplastic deformation in metals inform our understanding of analogous fragmentation processes in polymer materials.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.