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Amir Mohammadipour
Amir Mohammadipour
University of Houston, Civil and Environmental Engineering Department
Verified email at uh.edu
Title
Cited by
Cited by
Year
The optimization of the geometric cross-section dimensions of raised pedestrian crosswalks: A case study in Qazvin
AH Mohammadipour, SH Alavi
Accident Analysis & Prevention 41 (2), 314-326, 2009
222009
Lattice simulations for evaluating interface fracture of masonry composites
A Mohammadipour, K Willam
Theoretical and Applied Fracture Mechanics 82, 152-168, 2016
182016
Lattice approach in continuum and fracture mechanics
A Mohammadipour, K Willam
Journal of Applied Mechanics 83 (7), 071003, 2016
172016
Failure of unreinforced masonry under compression
K Willam, A Mohammadipour, R Mousavi, AS Ayoub
Structures Congress 2013: Bridging Your Passion With Your Profession, 2949-2961, 2013
172013
Experimental studies of brick and mortar composites using digital image analysis
AA Mohammadipour A.H., Willam K.J.
Proceedings of the 8th International Conference on Fracture Mechanics of …, 2013
14*2013
Micromechanical analysis of brain’s diffuse axonal injury
A Mohammadipour, A Alemi
Journal of Biomechanics 65, 61-74, 2017
132017
Added mass effect for tip-over analysis of dry cask composite structures at two different scales
MD Champiri, A Mohammadipour, R Mousavi, KJ Willam, B Gencturk
Annals of Nuclear Energy 110, 126-139, 2017
102017
A numerical lattice method to characterize a contact fatigue crack growth and its Paris coefficients using configurational forces and stress-life curves
A Mohammadipour, K Willam
Computer Methods in Applied Mechanics and Engineering 340, 236-252, 2018
92018
Interface Fracture in Masonry Composites: A Lattice Approach
A Mohammadipour
University of Houston, 2015
92015
Raised pedestrian crosswalk (RPC) influence on speed reduction
AH Mohammadipour, AR Archilla, CS Papacostas, SH Alavi
Transportation Research Board 91st Annual Meeting, 2012
82012
On the application of a lattice method to configurational and fracture mechanics
A Mohammadipour, K Willam
International Journal of Solids and Structures 106, 152-163, 2017
72017
On energy release rates and configurational forces for interfacial propagating cracks: a lattice approach with a brittle erosion technique
A Mohammadipour, K Willam
Journal of Applied Mechanics 84 (2), 021011, 2017
62017
Pedestrian (RPC) influence on speed reduction
A Mohammadipour, AR Archilla, CS Papacostas, SH Alavi
Proceedings of the Conference: Transportation Research Board (TRB) 91st …, 2012
52012
Effect of thermomechanical loading on fracture properties of brittle materials: A fully-coupled transient thermoelastic analysis using a lattice approach
A Mohammadipour, K Willam
International Journal of Solids and Structures 129, 156-166, 2017
42017
The homogenization of a masonry unit cell using a lattice approach: Uniaxial tension case
A Mohammadipour, K Willam
FraMCoS-9, 9, 2016
42016
Statistical analysis of geometric characteristics and speed reductions for raised pedestrian crosswalks (RPC)
A Mohammadipour, A Mohammadipour, SH Alavi
Journal of Transportation Safety & Security 12 (3), 380-399, 2020
22020
Application of configurational mechanics in characterizing contact fatigue life and its crack propagation: a numerical lattice-based approach
A Mohammadipour, K Willam
Computational Mechanics 63, 1301-1313, 2019
2019
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