Georgia tech gaussian software professional#

Multiaxial fatigue of metallic and composite structures: biaxial fatigue with in-phase and out of phase loading, overloads and under loads bending-torsion fatigue with overloads and underloads.

Molecular Dynamics (MD) – Hybrid MD methodology for modeling bond breakage atomistically informed damage evolution laws interphase/interface mechanics in composites and nano-embedded composites.

Systems Health Management (SHM) and Prognostics: real time fatigue damage detection in composites using stress-sensitive color changing mechanophores hybrid SHM methodology for damage detection Lamb wave based techniques adaptive time-frequency methods time-space representation based method for damage localization statistical techniques (logarithmic multivariate Gaussian process, support vector regression deep learning networks, etc.) for anomaly detection real-time detection of in-flight aircraft anomalies and integration to NASA’s Next Generation Air Transportation System (NATS) damage prognosis and residual useful life (RUL) estimation.

Multifunctional Materials (modeling and synthesis): self-sensing and self-healing mechanophore (stress-sensitive) materials carbon nanotube (CNT) based buckypaper sensors nano-enhanced composites smart materials and adaptive structures.

Continuum Mechanics: multiscale modeling of heterogeneous and multifunctional materials wave propagation in heterogeneous media shear deformation theories, fatigue and fracture.

of Medicine/National Research Council Panel on Mechanical Sciences and Engineering (2013-2015)Įditorial Services: Currently a member of the editorial board of Journal of Structural Durability and Health Monitoring (2008-present) Society of Multidisciplinary Optimization, served on National Academy of Sciences/National Academy of Engineering/Inst.

Georgia tech gaussian software professional#

Professional Activities: Serve on many national and international professional organizations and committees e.g., American Institute of Aeronautics and Astronautics (AIAA) Structures Technical Committee (TC), AIAA Adaptive Structures TC, American Society of Mechanical Engineering (ASME) Soft Materials TC, American Society of Composites, Int. Advisor to several undergraduate (UG) and high school students working on various prestigious scholarships, e.g., US Army Undergraduate and High School Research Apprenticeship Program (URAP/HRAP), Fulton Undergraduate Research Initiative (FURI)ĭiversity: Actively involved in the promotion of diversity in STEM research areas Holder of 5 patents.Īdministrative: Collaborated with ARL researchers to establish ARL Extended (Open Campus) at ASU Founding Director, Adaptive, Intelligent, Materials and Systems Center, ASU Director, AIMS Industry ConsortiumĮducation and Outreach: Graduated 34 doctoral students and 25 MS students (18 with thesis and 7 with special project).

Author/co-author of 204 archival journal papers and over 330 refereed conference publications in addition to other papers, books chapters, and NAS TMs. Currently mentoring 10 doctoral students and three postdoctoral researchers. Led multidisciplinary research projects such as MURI, NASA IVHM grants, Co-PI of NASA University Leadership Initiative (ULI). Research funded by AFOSR, ARO, ARL, ONR, NASA, NAVAIR, NSF, and industry (Alcoa, Boeing, Honeywell, Raytheon, Intel, Northrop Grumman). Research: Principal Investigator (PI) on numerous grants and collaboration with defense and government laboratories.