Bilateral asymmetry of bone density adjacent to pelvic sarcomas: A retrospective study using computed tomography von Baines, Andrew J., Babazadeh‐Naseri, Ata, Dunbar, Nicholas J., Lewis, Valerae O., Fregly, Benjamin J.

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Heterogeneous material mapping methods for patient-specific finite element models of pelvic trabecular bone: A convergence study von Babazadeh Naseri, Ata, Dunbar, Nicholas J., Baines, Andrew J., Akin, John E., Higgs III, C. Fred, Fregly, Benjamin J.

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Inclusion of Muscle Forces Affects Finite Element Prediction of Compression Screw Pullout but Not Fatigue Failure in a Custom Pelvic Implant von Zhu, Yuhui, Babazadeh-Naseri, Ata, Brake, Matthew R. W, Akin, John E, Li, Geng, Lewis, Valerae O, Fregly, Benjamin J

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Evaluation of finite element modeling methods for predicting compression screw failure in a custom pelvic implant von Zhu, Yuhui, Babazadeh-Naseri, Ata, Brake, Matthew R W, Akin, John E, Li, Geng, Lewis, Valerae O, Fregly, Benjamin J

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A computational method for estimating trunk muscle activations during gait using lower extremity muscle synergies von Li, Geng, Ao, Di, Vega, Marleny M, Shourijeh, Mohammad S, Zandiyeh, Payam, Chang, Shuo-Hsiu, Lewis, Valerae O, Dunbar, Nicholas J, Babazadeh-Naseri, Ata, Baines, Andrew J, Fregly, Benjamin J

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Experimental Evaluation of the Effects of Discrete-Grading-Induced Discontinuities on the Material Properties of Functionally Graded Ti-6Al-4V Lattices von Ye, Junyang, Babazadeh-Naseri, Ata, Higgs Iii, C Fred, Fregly, Benjamin J

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Finite element analysis of screw fixation durability under multiple boundary and loading conditions for a custom pelvic implant von Zhu, Yuhui, Babazadeh-Naseri, Ata, Dunbar, Nicholas J., Brake, Matthew R.W., Zandiyeh, Payam, Li, Geng, Leardini, Alberto, Spazzoli, Benedetta, Fregly, Benjamin J.

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Stress-shielding resistant design of custom pelvic prostheses using lattice-based topology optimization von Babazadeh-Naseri, Ata, Li, Geng, Shourijeh, Mohammad S., Akin, John E., Higgs III, C.Fred, Fregly, Benjamin J., Dunbar, Nicholas J.

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A MACHINE LEARNING ENABLED MODEL TO OPTIMIZE DESIGN OF OSSEOINTEGRATION-FRIENDLY PATIENT SPECIFIC 3D PRINTED ORTHOPEDIC IMPLANTS von Desai, Prathamesh S, Naseri, Ata Babazadeh, Higgs, III, C. Fred, Fregly, Benjamin J, Faweya, Olufunto

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