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!

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 Lab Members presented their research at WCCM-PANACM 2024

Multiscale Computational Mechanics and Biomechanics (MCMB) Lab members (Nolan Black, Dr. Ahmad Najafi, and Jonathan Gorman) delivered three talks at the 16th World Congress on Computational Mechanics and 4th Pan American Congress on Computational Mechanics (WCCM-PANACM) in Vancouver, British Columbia, Continue reading MCMB Lab Members presented their research at WCCM-PANACM 2024

MCMB Lab Attended 46th American Society of Biomechanics Annual Meeting (ASB2023) !

Multiscale Computational Mechanics and Biomechanics (MCMB) Lab member, Amir Sadighi, presented our work on “Effects of high glycation due to diabetes on fracture behavior of human cortical bone under dynamic loading” at the 46th American Society of Biomechanics Meeting (ASB2023) Continue reading MCMB Lab Attended 46th American Society of Biomechanics Annual Meeting (ASB2023) !

MCMB Lab Members attended USNCCM17

Multiscale Computational Mechanics and Biomechanics (MCMB) Lab members (Nolan Black, Vignesh Perumal, Jonathan Gorman, Amir Sadighi, Timothy Speck) presented our works at the 17th U. S. National Congress on Computational Mechanics (USNCCM17) in Albuquerque, New Mexico, by delivering six talks. We represented the Drexel University Continue reading MCMB Lab Members attended USNCCM17

Our latest paper on “Numerical analysis of the mechanical response of novel swelling bone implants in polyurethane foams” has been published online !

Please check out our recent paper published in the Journal of the Mechanical Behavior of Biomedical Materials, entitled: Numerical analysis of the mechanical response of novel swelling bone implants in polyurethane foams. This work was a collaboration between Dr. Siegler‘s Continue reading Our latest paper on “Numerical analysis of the mechanical response of novel swelling bone implants in polyurethane foams” has been published online !

Our latest paper on “A porous swelling copolymeric material for improved implant fixation to bone” has been published online !

Please check out our recent paper published in the Journal of Biomedical Materials Research Part B: Applied Biomaterials, entitled: A porous swelling copolymeric material for improved implant fixation to bone. This work was a collaboration between Dr. Siegler‘s lab (Biomechanics Continue reading Our latest paper on “A porous swelling copolymeric material for improved implant fixation to bone” has been published online !