Researcher to study ways to prevent gum formation in fuel

A Mizzou Engineer will study how nitrogen-rich molecules in fuel interact with the vessel fuel is stored in to see if surface chemistry causes gum formation.

Mizzou Engineers edit book on supply chain analytics

Two Mizzou Engineers edited a book addressing supply chain problems, analytical methods and case studies over recent years.

Team develops method to automatically detect, identify trees

Mizzou Engineering students are developing innovative methods and software to automatically detect and identify tree species

Fulbright Award paves way for study of construction practices in India

A Mizzou Engineer has received a Fulbright award to study ways to improve construction practices in India — work that could impact the country’s economy.

Directors appointed to lead new IT program labs

Mizzou Engineering has created two new labs within the Information Technology Program designed to give students additional hands-on research opportunities.

Team develops new method to detect cardiovascular dysfunctions

A Mizzou research team has developed a way to better identify cardiovascular dysfunctions through non-invasive sensors that translate signals from the body into information physicians can use to inform treatment decisions.

Sustainability starts at the local level, new book shows

Mizzou Assistant Professor Damon Hall co-authored a book looking at sustainability issues from the vantage point of landowners and other stakeholders along the Yellowstone River.

Mizzou Engineers study markings states use to direct drivers through work zones

Mizzou Engineers have wrapped up a comprehensive review of the materials states use to temporarily direct drivers through highway work zones and the various methods they rely on to remove those markings.

When to replace cutting tools: Mizzou Engineer’s model will help manufacturers optimize process

A Mizzou Engineer has devised a model to help inform those decisions and optimize manufacturing processes.

Creating an artificial material that can sense, adapt to its environment

Researchers have developed a metamaterial that can respond to its environment, independently make a decision, and perform an action not directed by a human being.