The Computational Engineering Analysis & Design (CEAD) Lab at South Dakota Mines, led by Dr. Prashant K. Jha, addresses complex challenges in modeling, simulation, and design across engineering disciplines. Our work spans fracture and failure mechanics, functional soft materials such as magnetic and dielectric polymers, and the mechanics of granular and heterogeneous materials. We also develop neural operators and machine learning methods for scientific computing, with a focus on controlling and quantifying approximation errors. By combining advanced computational methods with innovative design strategies, we aim to deepen understanding of material behavior and deliver solutions for demanding real-world applications.

PhD Position Available

Focus areas

Fracture Mechanics: Fracture and fatigue in complex materials, e.g., soft composites, functional materials

Granular Media Mechanics: High and multi-fidelity mechanics simulation of particles under significant loading

Neural Networks/Operators for Scientific Computing: Application of neural operators as surrogate of PDE-based problems and error estimation and control of neural operator surrogates

Analysis and Design of Smart Materials: Microstructure-property relation and design of novel materials such as magnetically and electrically active soft materials

We are actively seeking enthusiastic undergraduate and graduate students interested in computational mechanics and applying advanced numerical and machine learning-based methods to problems in fracture mechanics, functional soft materials, and granular materials.

Latest News

NSF research grant awarded to work on multi-fidelity modeling using PeriDEM
NSF research grant awarded to work on multi-fidelity modeling using PeriDEM

A huge thank you to the National Science Foundation (NSF) for the ERI award (link)! The awarded amount is $200k over two years.

This project will focus on developing an Adaptive Multi-Fidelity Framework for Modeling Heterogeneous Materials Under Extreme Conditions. We will be pushing the boundaries of how we simulate granular media like sand and rocks under intense stress. The attached video shows a glimpse of our work with the PeriDEM model!