H11-Mechanical Properties and Applications for Nanostructured Alloys

Symposium Introduction

Nanostructured metallic materials have attracted extensive attention owing to their unique microstructures and promising mechanical properties for advanced engineering applications. Nevertheless, the escalating service environments have raised higher requirements for nanostructured alloys, posing critical challenges in achieving strength-ductility synergy, excellent strain hardening capacity, and improved fracture, fatigue, wear and corrosion resistance. While emerging modification strategies such as precipitate introduction have effectively enhanced the mechanical behaviors of nanostructured alloys, in-depth and systematic exploration of their performance evolution mechanisms and engineering applications remains urgently needed. This sub-forum focuses on the latest research advances in mechanical property optimization, microstructure regulation and practical application expansion of nanostructured alloys, aiming to provide an academic communication platform for relevant innovative research and technological breakthroughs.

Symposium Topics

1. Alloy design and microstructure regulation of nanostructured alloys

2. Mechanical properties and microstructure–property correlations

3. Atomistic simulations of nanostructured alloys

4. Advanced characterization of nanostructured alloys

5. Fabrication and processing strategies for nanostructured alloys

6. Strengthening mechanisms in nanostructured alloys

7. Emerging technologies and novel engineering applications of nanostructured alloys

Symposium Organizers

Organized by

Harbin Engineering University

Supported by

Northeastern University, Hunan University of Science and Technology, National Research Nuclear University “MEPhI”

Contact with

Name: Jingwei Hao

Phone: +86-15540688251

Email: haojingwei@hrbeu.edu.cn

Institution: Harbin Engineering University

Name: Yang Zhang

Phone: +86-13065407828

Email: zhangyang0115@hrbeu.edu.cn

Institution: Harbin Engineering University