OpenEng


A hub of open science for engineering to promote innovative solutions for real-world problems, and make them accessible, inclusive and equitable for the benefit of all.

MatLife


The nature of material behaviors is analyzed through performance data collected from experimental tests under service conditions including the harsh ones (e.g., fatigue, corrosion). High-quality data are screened and fed into predictive life models of materials and structures.

MatGene


Materials are resolved across multiple time and length scales, ranging from the atomic-level structures addressed by quantum mechanics and atomistic simulations, to the microstructures where order parameters are using to quantify their characteristics.

MatCycle


Platforms are constructed for life cycle assessment of engineering materials including composites and alloys. Technical analysis and data are used to calculate carbon footprint, economic flow and energy consumption, to give impetus to the advance of circular economy.

OpenEng (Open Science for Engineering or Open Engine) offers system science solutions to reveal and harness the complexies and organization of materials and structures in nature and engineering. High-fidelity databases are provided together with powerful apps designed for scientific research and industrial applications. Showcases, documents and tutorials in the aerospace and energy industries are hosted to guide the usage of data and tools. Resources are open to the public with data and codes in CC-BY and MIT licenses to promote the development of open science and data sharing, specifically in the field of engineering.

MatLife

Fatigue Data

Fatigue Image

Low Temperature

MatGene

Material Chemistry

Material Patterns

Glass

MatCycle

Composite Recycling

Alloy Recycling