The Quantified Uncertainty with Optimization for the Finite Element Method (quoFEM) application is designed to advance the integration of uncertainty quantification and optimization in the field of natural hazards engineering.
These applications address basic and advanced modeling, analysis and simulation needs across an array of Natural Hazards. They incorporate uncertainty quantification (UQ) and optimization concepts. Downloadable apps, user manuals, user feedback, and relevant resources are available on the linked resource pages.
The SimCenter Teaching Gallery provides teaching modules on a variety of engineering topics for use in course curriculums. Included in each module are: learning objectives, links to applicable SimCenter Research Tools, class materials (lecture slides, videos, homework assignments, and guides for instructors) as well as contact information for questions. The image below is from the course module "Nonlinear Response History Analyses of Structures."
Nov 25, 2024
(9am Pacific; 12pm Eastern)
COMMUNITY ROUNDTABLE: High-Fidelity Modeling of Wave-Induced Forces and Structural Response
Dr. Forrest Masters and Dr. Rick Luettich will be keynote speakers at the Third Annual NHERI Computational Symposium
SimCenter researchers and software developers participated in the 18th World Conference on Earthquake Engineering (WCEE2024) in Milan, Italy.
The latest six research tool software releases now feature a new auto-citation generator which streamlines your publication process.
The NHERI SimCenter is excited to host four REU students this summer and co-mentor an REU student located at the NHERI RAPID facility.