PROFESSIONAL LIBRARY
Professional Library
Structured records of standards, patent publications, academic papers and vendor literature. The list shows metadata and curated summaries; excerpts and downloads are controlled per document.
207 metadata-visible documents · page 1/11
| Document | Summary | Type / Industry | Organization / Year | Version | Rights / Access |
|---|---|---|---|---|---|
| Monotonic and Fatigue Behaviour of 51CrV4 Steel for Railway Leaf Springs · member download · original: mdpi metals 14 266 51crv4 monotonic fatigue | This open-access paper characterizes the monotonic, cyclic elastoplastic, and fatigue behavior of 51CrV4 steel used in railway leaf springs. It evaluates strain-life and energy-life approaches, stabilized cyclic response, and SEM fracture surfaces to derive material properties and fatigue models. The results can inform modeling of spring components made from the same grade, but the specimens concern leaf-spring material; disc-spring geometry, surface condition, and loading still require separate validation. | reference_pdf / fatigue-relaxation | — | — | open_license / public |
| Microstructure and Mechanical Properties of a Reduced-Ni Austenitic CrMnNiMoN Spring Steel Strip · member download · original: mdpi crystals 10 392 austenitic stainless spring steel | This open-access paper studies the microstructure and mechanical properties of reduced-nickel X5CrMnNiMoN16-4-4 austenitic stainless spring strip after cold rolling and short deformation-and-partitioning treatment. Rolling temperature controls deformation-induced martensite, work hardening, and subsequent strengthening, while the treatment can achieve high strength with measurable elongation. The findings support comparison of corrosion-resistant spring materials and heat treatments, but they do not replace fatigue and environmental validation for a specific disc spring. | reference_pdf / materials-corrosion | — | — | open_license / public |
| Development of a Nitrogen-Alloyed Austenitic CrMnNiMo Stainless Spring Steel · member download · original: mdpi crystals 9 456 stainless spring steel 1.4310 | This open-access paper develops a 0.2 mm reduced-nickel stainless spring strip intended for industrial production. The target is at least 1700 MPa tensile strength after work hardening and partitioning, with mechanical and corrosion performance matching or exceeding 1.4310 (AISI 301). Several manganese levels are compared and X5CrMnNiMoN16-4-4 is selected. The findings guide material development but cannot be transferred directly to thicker disc springs without validation. | reference_pdf / materials-corrosion | — | — | open_license / public |
| Effect of Pre-Corrosion Pits on the Residual Fatigue Life of 42CrMo Steel · member download · original: mdpi materials 12 2130 precorrosion pits fatigue 42crmo | This open-access paper combines saline pre-corrosion, fatigue tests at multiple loads, SEM and surface-profile inspection, and ABAQUS analysis to study how pit geometry affects stress intensity and residual life in 42CrMo (AISI 4140) steel. A regression relation is coupled with the Paris law for life prediction, and pit size is proposed as a damage index. Disc-spring use still requires matching the actual material, stress state, and environment. | reference_pdf / materials-corrosion | — · 2130 | — | open_license / public |
| Experimental and Numerical Corrosion-Fatigue Analysis of High-Strength Steel Wire · member download · original: mdpi metals 10 734 corrosion fatigue high strength steel wire | This open-access paper investigates high-strength steel wire used in bridge cables and hangers. Six fatigue-test groups at different corrosion levels are used to build S-N curves, and a coupled corrosion-fatigue life model is implemented in Abaqus. Increasing corrosion makes the S-N curve steeper and substantially reduces life. The method helps frame corrosion-fatigue risk for spring steels, but different material form and loading prevent direct use as a disc-spring life curve. | reference_pdf / materials-corrosion | — | — | open_license / public |
| Hydrogen Embrittlement Susceptibility of Corrosion-Resistant Spring Rod for High-Speed Railway · member download · original: mdpi metals 13 147 hydrogen embrittlement spring rod | This open-access paper studies alloy design and hydrogen embrittlement in corrosion-resistant 60Si2Mn spring rod for high-speed railway service using hydrogen charging, slow-strain-rate tension, permeation, and fracture tests. Cr, Ni, and Cu additions improve the corrosion index, while uniformly dispersed NbC precipitates increase irreversible hydrogen traps and reduce effective hydrogen diffusivity. The findings inform anti-embrittlement material design, but a specific disc spring still requires process and service-environment validation. | reference_pdf / materials-corrosion | — | — | open_license / public |
| Effect of Nitrogen on Deformation-Induced Martensitic Transformation in 301 Austenitic Stainless Steel · member download · original: mdpi metals 7 503 nitrogen dimt 301 stainless | This open-access paper combines inelastic-deformation theory with experiments to examine nitrogen effects on deformation-induced martensitic transformation in metastable 301 austenitic stainless steel. Added nitrogen increases austenite stability and the critical strain for transformation, reduces the saturation fraction of alpha-prime martensite, and changes the stress-strain response. The work helps explain processing and strengthening of stainless spring steels, but it does not provide a direct fatigue-life basis for disc springs. | reference_pdf / materials-corrosion | — | — | open_license / public |
| 03 Geilen 2020 Walker damage disc springs · metadata only | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | unknown / internal |
| 17 Liu 2010 60Si2Mn Low Cycle Fretting Fatigue · metadata only | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | unknown / internal |
| 1971 Fatigue Properties Diaphragm Springs JStage · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 1975 Fatigue Durability Clutch Diaphragm Spring JStage · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 2017 Structural Forms Dynamic Durability Diaphragm Springs · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 2023 Geilen TU Darmstadt Diss Eigenspannungsbehaftete Federelemente · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 2025 Design Configuration Fatigue Durability Diaphragm Springs · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 2025 Disk Springs Stiffness Time Dependent Clamping KOSHAM · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 60Si2Mn螺旋弹簧的压缩应力松弛行为与贮存寿命预测 实验力学2011 · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — · 2011 | — | reference_only / internal |
| 初始载荷温度耦合作用对弹簧应力松弛的影响 西华大学学报 · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 高温合金斜圈弹簧设计优化与力学性能测试研究 力学与实践2024 · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — · 2024 | — | reference_only / internal |
| 基于位错运动的弹簧应力松弛方程应用研究 西华大学学报 · original source | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | reference_only / internal |
| 基于稳健方法的回转压头锁紧碟簧疲劳可靠性设计 · metadata only | Summary in preparation | reference_pdf / fatigue-relaxation | — | — | unknown / internal |