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Mostafa Mohammadabadi
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Size dependent buckling analysis of microbeams based on modified couple stress theory with high order theories and general boundary conditions
M Mohammad-Abadi, AR Daneshmehr
International Journal of Engineering Science 74, 1-14, 2014
1552014
An investigation of modified couple stress theory in buckling analysis of micro composite laminated Euler–Bernoulli and Timoshenko beams
MM Abadi, AR Daneshmehr
International Journal of Engineering Science 75, 40-53, 2014
1272014
Modified couple stress theory applied to dynamic analysis of composite laminated beams by considering different beam theories
M Mohammad-Abadi, AR Daneshmehr
International Journal of Engineering Science 87, 83-102, 2015
862015
Size-dependent thermal buckling analysis of micro composite laminated beams using modified couple stress theory
M Mohammadabadi, AR Daneshmehr, M Homayounfard
International Journal of Engineering Science 92, 47-62, 2015
672015
Predictive models for elastic bending behavior of a wood composite sandwich panel
M Mohammadabadi, J Jarvis, V Yadama, W Cofer
Forests 11 (6), 624, 2020
182020
An analytical model for wood composite sandwich beams with a biaxial corrugated core under bending
M Mohammadabadi, V Yadama, L Smith
Composite Structures 228, 111316, 2019
182019
Thermal effect on static bending, vibration and buckling of Reddy beam based on modified couple stress theory
AR Daneshmehr, M Mohammad Abadi, A Rajabpoor
Applied Mechanics and Materials 332, 331-338, 2013
162013
Evaluation of wood composite sandwich panels as a promising renewable building material
M Mohammadabadi, V Yadama, JD Dolan
Materials 14 (8), 2083, 2021
152021
Low-velocity impact response of wood-strand sandwich panels and their components
M Mohammadabadi, V Yadama, LH Yao, D Bhattacharyya
Holzforschung 72 (8), 681-689, 2018
152018
Creep behavior of 3D core wood-strand sandwich panels
M Mohammadabadi, V Yadama, J Geng
Holzforschung 72 (6), 513-519, 2018
152018
Influence of a biaxially corrugated core geometry on flexural stiffness of wood-strand composite sandwich panels
M Mohammadabadi, V Yadama
Materials Today Communications 23, 100931, 2020
132020
The effect of plate theories and boundary conditions on the bending behavior of a biaxial corrugated core sandwich panel
M Mohammadabadi, V Yadama, L Smith
Composite Structures 241, 112133, 2020
112020
The effects of densification on rolling shear performance of southern yellow pine cross-laminated timber
S Pradhan, ED Entsminger, M Mohammadabadi, K Ragon, WN Nkeuwa
Construction and Building Materials 392, 132024, 2023
92023
Flexural testing of structural insulated panels before and after creep testing
L Khademibami, R Shmulsky, CA Senalik, RD Seale, RJ Ross, ...
BioResources 18 (2), 3319, 2023
42023
WOOD-BASED PREPREG FOR COMPOSITE LAMINATES: Wood-Based Prepreg
M Mohammadabadi, V Yadama, LV Smith
Wood and Fiber Science 54 (2), 122-133, 2022
32022
Development of a High-Performance Building Material Using Wood-based Corrugated Panels Manufactured via Cold-Forming Technique.
S Pradhan, M Mohammadabadi, E Entsminger, K Ragon, L Khademibami, ...
BioResources 18 (3), 2023
22023
Wood-based corrugated core sandwich panels manufactured using a wooden mold
M Mohammadabadi, J Miller, J Street, Y Kim, K Ragon
BioResources 18 (2), 3033, 2023
22023
Evaluation of wood composite sandwich panels as a promising renewable building material. Materials 2021, 14, 2083
M Mohammadabadi, V Yadama, JD Dolan
s Note: MDPI stays neutral with regard to jurisdictional claims in published …, 2021
22021
Large amplitude vibration analysis of composite beams under thermal stresses: closed-form solutions
AR Daneshmehr, M Mohammad Abadi, M Soleimani
Applied Mechanics and Materials 245, 144-149, 2013
22013
Optimizing Lumber Densification for Mitigating Rolling Shear Failure in Cross-Laminated Timber (CLT)
S Pradhan, M Mohammadabadi, RD Seale, M Thati, ED Entsminger, ...
Construction Materials 4 (2), 342-352, 2024
12024
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