Our latest paper on “Phase-field modeling of fracture and healing in biofiber-reinforced concrete” has been published online!

Please check out our recent paper published in the International Journal of Mechanical Sciences, entitled: Phase-field modeling of fracture and healing in biofiber-reinforced concrete. This work was a collaboration between Dr. Farnam‘s lab (Drexel University), Dr. Schauer‘s lab (Drexel University), Continue reading Our latest paper on “Phase-field modeling of fracture and healing in biofiber-reinforced concrete” has been published online!

Our latest paper on “Fracture load prediction of components weakened by symmetrical and asymmetrical rounded-tip V-notches using the phase field method” has been published online!

Please check out our recent paper published in the Engineering Fracture Mechanics, entitled: Fracture load prediction of components weakened by symmetrical and asymmetrical rounded-tip V-notches using the phase field method. This work was a collaboration and Alireza Ashkpour was leading Continue reading Our latest paper on “Fracture load prediction of components weakened by symmetrical and asymmetrical rounded-tip V-notches using the phase field method” has been published online!

Our latest paper on “Sensitivity of embedded channel for self-healing agent delivery on splitting tensile strength of concrete” has been published online!

Please check out our recent paper published in the Journal of Building Engineering, entitled: Sensitivity of embedded channel for self-healing agent delivery on splitting tensile strength of concrete. This work was a collaboration between Dr. Farnam‘s lab (Drexel University), Dr. Continue reading Our latest paper on “Sensitivity of embedded channel for self-healing agent delivery on splitting tensile strength of concrete” has been published online!

Our latest paper on “Modeling the uncoupled damage-healing behavior of self-healing cementitious material with phase-field method” has been published online!

Please check out our recent paper published in the Construction and Building Materials journal, entitled: Modeling the uncoupled damage-healing behavior of self-healing cementitious material with phase-field method. This work was a collaboration between Dr. Farnam‘s lab (Drexel University), Dr. Sales‘s Continue reading Our latest paper on “Modeling the uncoupled damage-healing behavior of self-healing cementitious material with phase-field method” has been published online!

Congratulations To Nolan Black On His Recent PhD Graduation and New Position!

Congratulations to Nolan Black on his recent PhD defense and graduation! Nolan’s dissertation, titled “Multiscale Structural Optimization through Second-Order Homogenization and Machine Learning,” led to five first-author publications in prestigious journals such as Computer Methods in Applied Mechanics and Engineering Continue reading Congratulations To Nolan Black On His Recent PhD Graduation and New Position!

Congratulations To Amir Sadighi On His Recent PhD Graduation and New Position!

Congratulations to Amir Sadighi on his recent PhD defense and graduation! Amir’s dissertation, “Numerical Design and Analysis of Swelling Bone Anchors: Hygro-mechanics, Bone Remodeling, and Ingrowth,” resulted in six papers in top biomechanics journals. He was co-advised by Dr. Ahmad Continue reading Congratulations To Amir Sadighi On His Recent PhD Graduation and New Position!

Our latest paper on “Bound-constrained optimization using Lagrange multiplier for a length scale insensitive phase field fracture model” has been published online!

Please check out our recent paper published in the Engineering Fracture Mechanics journal, entitled: Bound-Constrained Optimization Using Lagrange Multiplier for a Length-Scale Insensitive Phase Field Fracture Model. This work was a collaboration between Dr. Farnam‘s lab (Drexel University), Dr. Sales‘s lab Continue reading Our latest paper on “Bound-constrained optimization using Lagrange multiplier for a length scale insensitive phase field fracture model” has been published online!

MCMB selected for ASME Rising Stars of Mechanical Engineering at IMECE 2024

The Multiscale Computational Mechanics and Biomechanics (MCMB) Lab at Drexel University attended the ASME International Mechanical Engineering Congress & Exposition (IMECE 2024) from November 17-21, 2024, in Portland, Oregon. We are proud to announce that our work has been selected Continue reading MCMB selected for ASME Rising Stars of Mechanical Engineering at IMECE 2024