Skip to content
Portwood Digital Unknown's avatar

Portwood Digital

Tips and back stories on OpenSees.

  • Home
    • OpenSeesroll
    • About
    • Contact
  • OpenSees Cloud
    • Sign Up / Login
    • Usage Instructions
  • OpenSees AMI
    • AWS Marketplace
    • Usage Instructions
  • Services
    • Free Consultation
    • Contact

Tag: CVS

OpenSees Source Control: From Zip to Git

Back in the G3 days, when there were essentially two developers, Frank kept the source code up to date on a Zip disk that he stuffed into a cargo pocket of his pants each afternoon. Frank instructed me to retrieve the disk if he was ever hit by a bus. As long as the buses … Continue reading OpenSees Source Control: From Zip to Git →

Michael H. Scott Programming 10 Comments November 1, 2019August 26, 2022 2 Minutes

Portwood Digital, LLC
I work on problems related to modeling and nonlinear structural analysis. If these problems are relevant to a current professional project, feel free to reach out.


Build and analyze OpenSees models in the cloud from any device.
Start an OpenSees Cloud Project

OpenSees Virtual Machine (AMI). No install. No compile. Run OpenSees on AWS with up to 384 GB RAM and 96 CPUs!
Launch an OpenSees AMI on EC2

Structural Analysis Is Simple
Not-so-OpenSees-focused content on Substack.

Citations to Blog Posts
Who has cited the blog, according to Google Scholar.

Support the Blog ☕️

Search Portwood Digital

Categories and Tags

  • Community
  • Constitutive Models
  • Element Formulations
  • Linear Analysis
  • Metrics
  • Nonlinear Analysis
  • Particle Methods
  • Programming
  • Random Bits
  • Rigid Body Dynamics
  • Structural Dynamics
  • Structural Reliability
  • Verification
  • Writing

Algorithm Beam Buckling Bull Durham C++ Citations Concrete Constraints Convergence Corotational Damping Direct differentiation Distributed load Eigenvalues Equation numberer Equation solver Fiber sections Force-based element Frame analysis Frame elements Geometric nonlinearity Geometric transformation GitHub Grammar Ground motion MATLAB Meshing Modeling challenge Newton-Raphson Numerical integration Plastic hinge Python Recorders Reinforced concrete Sensitivity Shells Sparse matrix Stability Tcl Thanksgiving Thermal loads Twitter Uniaxial material Walls Zero length elements

Copyright
© 2019-2026. Michael H. Scott, Portwood Digital, LLC. All rights reserved.
This site is not affiliated with Oregon State University, University of California, PEER, or any other institution.

Powered by WordPress.com.
 

Loading Comments...