Data for: Initial microstructure influence on the superplastic deformation behavior and deformation mechanisms of Ti-Al-Mo-V alloy

NIAID Data Ecosystem2026-03-12 收录

钛合金超塑性

微观结构-性能关联

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资源简介：

Sress-strain data used in Figure 4.

创建时间：

2020-12-05

Local chemical inhomogeneity enables superior strength-ductility-superelasticity synergy in additively manufactured NiTi shape memory alloys

增材制造形状记忆合金

微观结构-性能关联

NiTi shape memory alloys produced via additive manufacturing are suffering lowtensile strength, low total elongation,and unstable superelasticity, thus failing to meet the requirements of practical ap

Figshare2025-01-22 更新110

In-situ study of the deformation mechanisms involved during high temperature ...

高温变形机制

钛合金超塑性

The present work proposes to investigate the mechanisms of the hot and the superplastic (SP) deformation behaviour for a two-phase Titanium alloy (Ti-6Al-4V) that presents an...

B2FIND40

Ti1500新型超高强韧钛合金成分-组织-性能关系数据集

钛合金材料

微观结构-性能关联

通过合金成分优化改性，设计开发出两种1500 MPa级钛合金，经过热加工和热处理工艺优化迭代，使得棒丝材性能满足项目力学性能指标要求。基于合金元素在β和α两相中的重分配行为，优化合金成分提升强度与塑韧性的匹配。综合棒丝材的合金相变特征、显微组织和织构等信息，分析实现超高强韧性能匹配的微观机制。本数据集包括了显微组织金相、扫描、EBSD和TEM图片，热压缩曲线，力学性能数据及指标对应的1件专利等。对

国家基础学科公共科学数据中心30

2D Heterogeneous Metamaterials: Design Framework

超材料设计

微观结构-性能关联

This study considered anisotropic and asymmetric units, whose stiffness tensors were calculated using energy-based homogenization (1). For two-dimensional (2D) designs, six independent, C11, C12, C13,

Figshare2025-03-04 更新50

Towards a better understanding of microstructural features on plasticity of 6061-Al alloy: neutron diffraction and scale transition model

材料各向异性

微观结构-性能关联

The mechanical properties of metals are conditioned by the microstructural features such as the texture, grain size and shape, precipitates coupled with the effects of plastic anisotropy. The coupled

DataCite Commons2021-04-27 更新40

Data for: Initial microstructure influence on the superplastic deformation behavior and deformation mechanisms of Ti-Al-Mo-V alloy

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