Ahmad Raeisi Najafi

Assistant Professor

Drexel University

United States

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Dr. Ahmad Raeisi Najafi is an Assistant Professor at Drexel University in the United States. His research areas include microbial-induced mineral production for corrosion mitigation, phase-field modeling in biofiber-reinforced concrete, and the application of neural networks in multiscale structural optimization. He has contributed to advancements in fracture behavior studies and the development of innovative cement-based composites.

Articles (20)

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2025

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2021

Collaborators (4)

Theresa Freeman

Associate Professor

Thomas Jefferson University

UNITED STATES

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Parsa Namakiaraghi

Drexel University

UNITED STATES

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Yaghoob Farnam

Assistant Professor

Drexel University

UNITED STATES

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Christopher M. Sales

Associate Professor

Drexel University

UNITED STATES

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Ahmad Raeisi Najafi

Research Interests

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About

Articles (20)

Microbial-induced stable iron mineral production for corrosion mitigation application in reinforced concrete

Phase-field modeling of fracture and healing in BioFiber-Reinforced Concrete

Sensitivity of embedded channel for self-healing agent delivery on splitting tensile strength of concrete

Neural networks for nonlinear homogenization in multiscale structural optimization

Numerical Investigation Into Bone Remodeling Around Different Co‐Polymeric Swelling Bone Anchors

Fracture load prediction of components weakened by symmetrical and asymmetrical rounded-tip V-notches using the phase field method

Bound-constrained optimization using Lagrange multiplier for a length scale insensitive phase field fracture model

Fracture behavior of human cortical bone with high glycation content under dynamic loading

Towards development of cement-based composites reinforced with architected 3D-printed polymers

Transient topology optimization for efficient design of actively cooled microvascular materials

Microstructural fatigue fracture behavior of glycated cortical bone

Numerical analysis of the mechanical response of novel swelling bone implants in polyurethane foams

Multiphysics topology optimization of a multifunctional structural battery composite

Deep neural networks for parameterized homogenization in concurrent multiscale structural optimization

Learning finite element convergence with the Multi-fidelity Graph Neural Network

Multi-physics design of a new battery packaging for electric vehicles utilizing multifunctional composites

Damage analysis of human cortical bone under compressive and tensile loadings

Computational study of the mechanical influence of lacunae and perilacunar zones in cortical bone microcracking

Topology optimization of microvascular composites for active-cooling applications using a geometrical reduced-order model

Fracture behavior of human cortical bone: Role of advanced glycation end-products and microstructural features

Collaborators (4)

Theresa Freeman

Parsa Namakiaraghi

Yaghoob Farnam

Christopher M. Sales

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