The WE-UQ Application provides researchers a tool to assess the response of a building subjected to wind loading. New capabilities of the open-source software allow computing components and cladding loads and area-averaged peak loads.
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."
Make your tools, datasets, and models available through the NHERI SimCenter
15th Americas Conference on Wind Engineering, St. Louis, MO - May 19-22, 2025
May 19, 1-4pm -
SimCenter Workshop
(pdf)
SimCenter Programming Bootcamp
June 16-20, 2025 and July 28-August 1, 2025, online
NHERI SPARC, TACC, UT Austin - July 16-18, 2025
SimCenter participated in the PEER-LBNL workshop "Regional Scale Simulated Ground Motion Database (SGMD) for the San Francisco Bay Area" on March 24, 2025, at UC Berkeley.
Recent research utilized SimCenter testbed data and the R2D tool for a regional-level analysis to study the impact of disasters on households and communities.
Read about the latest SimCenter research application tool update.
SimCenter researchers participated in the IMSI workshop "UQ and Trustworthy AI Algorithms for Complex Systems and Social Good," on March 3-7, 2025, at the University of Chicago.
Read about the latest SimCenter research application tool updates.
This access was designed for a simplified user experience. Run a SimCenter application directly on your browser without installing software.