Ph.D. Students
- Kaushik Yanamandre, 05/2022. New York University. (Linkedin)
- Xianbo Xu. Multi-scale modelling of syntactic foams. 05/2020. New York University.
- Ashish Kumar Singh. Manufacturing of feed material filament for 3D printing using syntactic foams. 05/2019. New York University.
- Fei Chen. Cybersecurity in additive manufacturing. 05/2019. New York University. (Linkedin)
- Yi Yang. Fiber-optic sensor. 05/2019. New York University.
- Adam, Mohamed I., 12/2016. New York University. (Webpage)
- Xiang, C., Magnesium Alloy WE43 and WE43-T5 – Mechanical and Thermal Properties. 08/2016. New York University. (Linkedin)
- Poveda, R., Carbon nanofibers reinforced multiscale composites: mechanical and thermal response. 06/2013. New York University. (Linkedin)
- Shunmugasamy, V. C., Combined temperature and strain rate effects on properties of hollow particle filled composites. 12/2013. New York University. (Linkedin)
- Luong, D. D., High strain rate compressive response of porous metal matrix composites. 05/2012. New York University. (Linkedin)
- Tagliavai, G., Micromechanics of syntactic foams: viscoelastic behavior, elastic properties, mechanics of debonding, and moisture diffusion. 06/2011. Co-adviser: Maurizio Porfiri. New York University. (Linkedin)
- Nguyen, N., Q. Development of fiber-optic sensors for structural health monitoring applications. 04/2009. New York University. (Linkedin)
M.S. Students
- Guan Lin Chen, 3D printed composite microscope images analysis. 05/2021.
- Wenjin Li, CAD model search and retrieval. 05/2021.
- Priyanka Mahesh, Industry 4.0/5.0 implications in additive manufacturing. 05/2021.
- Chirag Shah, Development of Fly Ash based Geopolymer composite for high temperature application. 05/2019.
- Cola, Corrado, Material characterization by the modified shock tube. 12/2017. New York University.
- Koomson, Chrys, Correlating elastic and viscoelastic properties of polymers. 12/2017. New York University. (Linkedin)
- Ahmad I. Alaqeely, Investigating electronic properties of organic co-crystal. 05/2017. New York University.
- Randhawa, P.S.,Fire retardant nanocomposite coating for wooden structures. 12/2016. New York University. (Linkedin)
- Xu, Ruijiao, Biomedical device design for optimal endoscope stabilization. 12/2016. New York University. (Linkedin)
- Steven Eric Zeltmann, 12/2016. New York University (Linkedin).
- Omar, M., Studies on metal matrix syntactic foam core sandwich composites. 05/2015. New York University. (Linkedin)
- Yang, Yi, Blast response of syntactic foams, 05/2015. New York University. Co-advisor: Dr. D. D. Luong. (Linkedin)
- Lee, Y.-T. Design of unicompartmental knee implants. 05/2014. New York University. (Linkedin)
- Cox, J., Metal matrix syntactic foams with aluminum and lead matrix. 05/2014. New York University. (Linkedin)
- Chen, K. A fiber-optic loop sensor for chemical sensing, 12/2013. New York University.
- Poveda, R., Exploring carbon nanofibers for nanoscale reinforcement of microparticle reinforced lightweight composites. 04/2012. New York University. (Linkedin)
- Nishino, Z., A fiber-optic loop sensor for environmental sensing. 05/2012. New York University.
- John, D., Image based model development and analysis of the human knee joint. 06/2011 New York University. (Linkedin)
- Sfreddo, A., and Ventura, C., Comparison of models for the effective moduli of syntactic foams on the base of finite element simulations. 06/2011. University of Brescia and New York University. Co-advised by Bardella, L. (UB) and Porfiri, M. (NYU-Poly).
- Lee, K.-L., Understanding Elastic, Viscoelastic, and failure behavior of canine femoral bones to guide protective materials design. 05/2011. New York University. (Linkedin)
- Branciaroli, A., An experimental study on mechanical characterization of dog bones. 08/2010. New York University.
- Shunmugasamy, V. C. Characterization of high strain rate response of engineered and natural composite materials. 06/2010. New York University.
- Lee, S.-Y., Carbon nanofiber network sensor films for structural health monitoring applications. 06/2009. New York University.
- Panchal, K., Development of a shock test method for characterization of shock response of materials. 06/2008. Co-advised with Dr. Iraj Kalkhoran. New York University.
- Lin, T. C., Processing and characterization of lightweight high performance polymer matrix composite materials. 08/2007. New York University.