Utah MMM Lab

Multiscale Mechanics & Materials Lab at @UUtah. A group conducting cutting-edge research at the nexus of materials and structures. Directed by Dr. Ashley Spear

[Utah MMM Lab @MMMLabUtah]

@UofUCvEEN @UUtah @UofUResearch Congrats, Ayat! Well deserved! 🎉

[Utah MMM Lab @MMMLabUtah]

Congrats to Vignesh Babu Rao for his selection as Outstanding Graduate Student Researcher of the Year in the area of solid mechanics @UtahMech! So well-deserved, Vignesh! 🎉👏#proudadvisor

[Utah MMM Lab @MMMLabUtah]

Out now in npj Computational Materials! 🗞️ “An interleaved physics-based deep-learning framework as a new cycle jumping approach for microstructurally small fatigue crack growth simulations”. #DeepLearning #materials @UtahMech https://t.co/pxJrZtUxOU

[Utah MMM Lab @MMMLabUtah]

#TMSSpecialtyCongress @UtahMech

[TMS @TMSSociety]

🚨 All-Congress Plenary Speaker Announcement 🚨

We’re excited to welcome Tresa Pollock from @UCSB to the #TMSSpecialtyCongress 2025!

Don’t miss her insightful presentation, register now: https://t.co/84NXc41PKa

#MaterialsScience #Evolution #AI

[Utah MMM Lab @MMMLabUtah]

Interested in the latest research works using AI for applications in nanocomposites? If yes, then check out our latest review article in Composites Part A. #AI #materials
https://t.co/89QZUTfUcx

[UofU Mech Eng @UtahMech]

Congratulations to Dr. Huebner for receiving the Early Career Teaching Award! This award is given to outstanding young faculty members who have made significant contributions to teaching at the U.

https://t.co/zhzZvT0zJg

[Utah MMM Lab @MMMLabUtah]

@ElsevierConnect Our paper has been in review in one of your journals for just over a year(!) and still has not received a first decision. I’ve been reaching out to the chief editor since July to try and get a response. Never had this happen before. #help https://t.co/ZLxkxf7KqE

[Utah MMM Lab @MMMLabUtah]

This vision has been in the works for a long time, but it has taken years to realize because 1) predicting crack growth in 3D at microstructure scale is a hard problem, and 2) data to sufficiently train an ML model is hard to come by. Congrats, Vignesh! 🥳 https://t.co/bZNkE21n0X

[Utah MMM Lab @MMMLabUtah]

Here is a link to the shared (open) version of the paper: https://t.co/LoK3CxL7VF

[Utah MMM Lab @MMMLabUtah]

Collaboration with @CoatsHeadLab on inverse predictions of fall parameters given images of skull fracture patterns in infants. The framework is intended to help clinicians make important decisions about abusive head trauma. #ML Supported by @OJPNIJ https://t.co/oePG2rtocR

[Utah MMM Lab @MMMLabUtah]

MMM Lab member, Vignesh Babu Rao, was part of the winning team for the American Society for Composites ASC-39 Simulation Challenge. Congrats to the entire team! 🎉🎉🎉https://t.co/tMg1TPHJtn #MLforinversemodeling

[Utah MMM Lab @MMMLabUtah]

@taylordsparks @TMSSociety @JournalImmi Congrats, Taylor!

[UofU Mech Eng @UtahMech]

Congrats to Claire Ticknor who recently won a prestigious student presentation competition at the International Conference on Advanced Manufacturing (ICAM) hosted by ASTM in Atlanta. Visit our website to learn more: https://t.co/FaHVYAqiUF

[Utah MMM Lab @MMMLabUtah]

Recently at ICAM 2024 hosted by @ASTMAMCOE, PhD student Claire Ticknor won the prestigious student competition with her presentation on modeling hardening and damage behavior in 3D-printed metal matrix composites (MMCs). Congrats, Claire!🎉 @UtahMech #3Dprinting #simulation

[Utah MMM Lab @MMMLabUtah]

@suhas_prameela I agree!

[Utah MMM Lab @MMMLabUtah]

@KnutsonKassidy Amazing work, Dr. Knutson!

[Utah MMM Lab @MMMLabUtah]

So excited to be at @Caltech to give a seminar tomorrow on our group’s latest work and to meet with so many impressive faculty members, postdocs, and students! Extremely grateful for this opportunity.

[Utah MMM Lab @MMMLabUtah]

Join our computational solid mechanics team @UtahMech! https://t.co/SsDIbnZQ75 #AcademicChatter #solidmechanics

[Utah MMM Lab @MMMLabUtah]

We teamed with @VCUENGR researchers to implement a CNN-informed genetic algorithm to design new CNT bundle microstructures that meet mechanical targets. CNN-GA found designs that exceed fitness values of the training set. #AI #materials Funded by @NASA https://t.co/ktWAuz3fsv