Dr. Aria Ghabussi connects nonlinear mechanics, advanced materials, and computational methods with structural resilience and engineering practice.
Six connected fields of inquiry, grounded in physical reasoning and computational rigor.
Six connected fields.
Explore the complete body of work within each.
Curved steel dampers, hybrid steel walls, probabilistic performance, and the selection of earthquake inputs.
How can component mechanics, structural configuration, and uncertainty inform seismic performance?
Fields overlap where a publication connects materials, methods, or structural applications. Each field includes its full set of related papers.
Recent publications and selected studies across mechanics, advanced materials, and computational engineering.
Sole-authored researchMechanics-informed Monte Carlo analysis of uncertainty and capacity-based seismic performance in hybrid steel wall subassemblies with curved dampers.
Experimental characterization, Gaussian process regression, and SHAP interpretation connect scaffold crosslinking with architecture and measured material properties.
Superfinishing experiments and supervised learning examine the effects of alumina nanofluids on surface roughness and thermal conductivity.
A hybrid cold-formed and hot-rolled steel wall combines chevron bracing and curved steel dampers to investigate seismic performance.
First published online in 2025
Aria Ghabussi, Mostafa Habibi, Omid NoormohammadiArani, Aghil Shavalipour, Hossein Moayedi, Hamed Safarpour
Size-dependent vibration of graphene-reinforced viscoelastic microplates.
Aria Ghabussi, Negin Ashrafi, Aghil Shavalipour, Abolfazl Hosseinpour, Mostafa Habibi, Hossein Moayedi, Behzad Babaei, Hamed Safarpour
Electro-elastic shell vibration with couple-stress size effects and viscoelastic support.
Jiaofei Huo, Guangpeng Zhang, Aria Ghabussi, Mostafa Habibi
Graded reinforcement, foundation support, and friction in circular and annular-sector plate bending.
Juncheng Gao, Mohammadreza Koopialipoor, Danial Jahed Armaghani, Aria Ghabussi, Shahrizan Baharom, Armin Morasaei, Ali Shariati, Majid Khorami, Jian Zhou
Hybrid neural networks and optimization for FRP–concrete bond-strength prediction.
Hossein Moayedi, Roya Darabi, Aria Ghabussi, Mostafa Habibi, Loke Kok Foong
Weld orientation, forming limits, and localized necking in tailor-welded thin steel sheets.
Yan Cao, Sepideh Miraba, Shervin Rafiei, Aria Ghabussi, Fateme Bokaei, Shahrizan Baharom, Pedram Haramipour, Hamid Assilzadeh
A review of BIM integration with structural health monitoring and the Internet of Things.
My work connects the detailed behavior of structural components with the broader questions of performance, reliability, and engineering judgment.
With a Ph.D. in civil engineering from Texas Tech University, I bring a research perspective to structural assessment and advanced analysis—and practical engineering questions back into research.
Structural Project Engineer · Miami
Ph.D. Committee Member & Research Mentor
Teaching support across statics, dynamics, mechanics of materials, reinforced concrete design, and construction cost estimating. Doctoral mentoring and peer review extend this commitment to the wider research community.