Materials Science and Engineering

Researchers at Texas A&M have fine-tuned the process for creating defect-free metal parts using a laser bed powder fusion 3D printing technique.

In a new study, Texas A&M researchers have discovered that a class of ceramics called MAX phases can self-heal cracks even at room temperature.

The composites can be added to building materials or 3D printed as decorative assets.

Using an advanced microscopy technique, Texas A&M researchers have uncovered a twin boundary defect in a soft polymer that has never been observed before.

A multidisciplinary team of Texas A&M researchers developed a new metal-free battery platform that could lead to more sustainable, recyclable batteries.

A Texas A&M graduate student has established a unique style of teaching that might revolutionize how engineering courses are taught in classrooms.

The algorithm, designed at Texas A&M, can quickly predict the behavior of novel materials at blistering temperatures.

Texas A&M researchers have enhanced the dehumidification efficiency of a polymer that could help develop more energy-efficient systems with a smaller carbon footprint.

Texas A&M associate professor Emily Pentzer is being honored for her contributions to the field of polymer and materials science, educating students and her service to the scientific community.

In a new study, Texas A&M researchers in the Department of Materials Science and Engineering describe a new material that comes close to mimicking how brain cells perform computations.