Track 1: Open Consultation Sessions (Open format for Q/A, accelerating your research, and collaborations)
Track 2: Hands-On Guidance: Navigating R2D Tool
Track 3: Hands-On Guidance: Navigating WE-UQ, Hydro-UQ, and quoFEM
Track 4: Hands-On Guidance: Navigating EE-UQ, PBE Application, and quoFEM
Track 5: OpenSees on DesignSafe
Track 6: AI/ML within DesignSafe JupyterHub
Track 7: NSF Office Hours with Program Director Joy Pauschke
Session 1: Programming in C
Day 1: Introduction to C
Day 2: C Continued
Day 3: Introduction to C++
Day 4: Parallel Programming
Day 5: Tapis
Session 2: Python
Chapter 1: Basic data types and operations
Chapter 2: Matrix data types
Chapter 3: Plotting
Chapter 4: File IO
Chapter 5: Object oriented programming
Chapter 6 Modules and subprocess
Session 1 - Python (June 13-17, 2022)
Session 2 - Introduction to C/C++/HPC (July 18-22, 2022)
This workshop explores research applications of simulation software for earthquake engineering, risk, and recovery using the SimCenter software tools (quoFEM, EE-UQ, PBE, and R2D). The first day of the workshop concluded with an assignment for participants to gain hands-on experience with the software. The video recording of the workshop is available online via this link. The presentations and the input files of five hands-on examples are included below. Each example zip file has one text document to describe the problem, introduce the downloading/installing steps, and provide instructions on configuring and running the example. The workshops goal to facilitate effective use of the simulation tools in research by introducing the tools and soliciting information on their continued software development was facilitated by a second day of discussions about usability and utilization that support research needs.
Video Presentations:
(Workshop YouTube Playlist)
Examples:
This session covers brief introductions to the SimCenter and the quoFEM application. It will review basic capabilities including Latin Hypercube Sampling, Monte Carlo Sampling, and Sensitivity Analysis. It will also introduce the Custom UQ Engine -a new feature that invites advanced users to integrate and use their tools within the SimCenter's Application Framework. In the second half of this session, attendees will learn about the benefits of Gaussian process-based surrogate modeling.
This session introduces the custom FEM engine that drives external applications and expands the capabilities of quoFEM. This will be illustrated through demonstrations of two structural engineering examples. The first will drive ETABS to calibrate a moment frame structure using modal characteristics. The second example calibrates an MDOF model run through Matlab.
This training session will help social scientists andrecovery modelers understand the basics of simulating consequences of natural hazards on the built environment with the SimCenters Regional Resilience Determination Tool (R2D). This tool combines a user-friendly graphical user interface (GUI) with a backend driven by SimCenters Regional Workflow for Hazard And Loss Estimation (rWHALE).
This interactive workshop provided information about the resources available and opportunities for community participation, as well as solicited feedback on how the developed tools might be further enhanced to meet research needs.
Sanjay Govindjee - UC Berkeley; PI and co-Director
Gianluca Cusatis - NSF
2. Current Software: Simulation Framework and Tools
Greg Deierlein - Stanford University; co-Director
3. SimCenter Renewal Objectives: Years 6-9
Sanjay Govindjee - UC Berkeley; PI and co-Director
Laura Lowes - University of Washington
Greg Deierlein - Stanford University; co-Director
Day 1 - Presenter: Dr. Chaofeng Wang, UC Berkeley
Day 2 - Presenter: Dr. Barbaros Cetiner, UCLA
Introduction to image processing using object detection
Day 3 - Presenter: Dr. Yunhui Guo, UC Berkeley
Session 1: "Overview of HydroUQ," Ajay B. Harish, UC Berkeley
Session 2: "Navigating HydroUQ," Ajay B. Harish, UC Berkeley
Session 3 & 4: "UQ in HydroUQ," Aakash Bangalore Satish, Sang-ri Yi, University of California, Berkeley
Session 5: "Wave Flume Digital Twin in HydroUQ," Ajay B. Harish, UC Berkeley
Session 6: "Defining Structures in HydroUQ," Kuanshi Zhong, SimCenter, Stanford University
Session 7: "Other Aspects in HydroUQ," Ajay B. Harish, UC Berkeley
Session 1 (December 14-18, 2020)
Session 2 (January 4-8, 2021)
Session 1 (August 10-14, 2020)
Session 2 (August 17-21, 2020)
Day 1 - Thursday, January 30, 2020
8:15 Registration/Coffee
9:00 Welcome, SimCenter Overview, and Workshop Goals
Session I: Connecting To Stakeholders
9:30 Plenary: Application Frameworks for Regional Simulation
Greg Deierlein, Paolo Gardoni
10:15 Breakout sessions
Simulation tools, attributes, gaps and capabilities
11:45 Short break
12:00 Plenary: Discuss Breakout Observations
12:30 Roundtable lunch discussions
Session II: Connecting Across Hazards
1:30 Plenary: Issues in Disaster Simulation for Recovery Planning
Laurie Johnson, Rodrigo Costa
2:15 Breakout sessions
Collect questions to be addressed by simulations
3:15 Refreshment Break
3:30 Plenary: Discuss Breakout Observations
4:00 Breakout sessions
Prioritize development opportunities
5:00 Plenary: Discuss Breakout Observations and Wrap Up
5:15 Adjourn Day 1
Day 2 - Friday, January 31, 2020
8:15 Registration/Coffee
9:00 Brief recap of Day 1 and plan for Day 2
Session III: Data Sources
9:30 Data needs and sources
Tracy Kijewski-Correa, Charles Vardeman
10:00 Breakout sessions
Identify uses, needs and sources of data
11:30 Short break
11:45 Plenary: Discuss Breakout Observations
12:15 Roundtable lunch discussions
Session IV: Interdisciplinary Engagement
1:15 Plenary: Engagement through benchmarking testbeds
Scott Miles, Paolo Gardoni, Rachel Davidson, Youngjun Choe
2:00 Breakout sessions
Develop strategies for sharing and vetting of methods
3:30 Refreshment Break
3:45 Plenary: Discuss Breakout Observations
4:15 General discussion, closing remarks
4:30 Workshop adjourns
Day 1: Programming in C
Day 2: Abstraction & C++
Day 3: Python
Day 4: Data Gathering and AI
Day 5: rWHALE