Software Lab Computational Engineering Science

Zoom Link

https://rwth.zoom.us/j/92918257232?pwd=VWlwNVdJOElBYSt0K09jMEM1eG9uUT09

Deadlines

• Apr 15: Registration
• Jul 1: Slides for presentation of tutorial exercises to info@stce.rwth-aachen.de
• Jul 15: Slides for presentation of requirements for lab projects to info@stce.rwth-aachen.de
• Oct 21: Slides for final presentation to info@stce.rwth-aachen.de
• Oct 22: Final presentations
• Oct 31: Final submission (software and reports) to supervisors (cc: info@stce.rwth-aachen.de)

Agenda

• Apr 15: Welcome; Deadline for registration.
  • Introduction (video, slides, LaTeX templates)
• Apr 22: Formation of groups. Assignment of lab topics.
  • Basic Linear Solver Software (video, slides, code)
  • Supplementary Material
    • Linear Algebra I (video, slides)
    • Linear Algebra II (video, slides, code)
• Apr 29: Q&A
  
  • Type-Generic Linear Solver Software (video, slides, code)
  • Supplementary Material
    • Algorithmic Differentiation I (video, slides, code)
    • Algorithmic Differentiation II (video, slides, code)
    • Algorithmic Differentiation III (video, slides, code)
• May 6: Q&A; Assignment of tutorial exercises to groups.
  • Type-Generic Nonlinear Solver Software (video, slides, code)
  • Supplementary Material
    • Newton's Method I (video, slides, code)
    • Newton's Method II (video, slides, code)
    • Algorithmic Differentiation IV (video, slides, code)
    • Algorithmic Differentiation V (video, slides, code)
  • Type-Generic Ordinary Differential Equations Solver Software (video, slides, code)
  • Tutorial Exercises (video, slides)
• May 7- Jun 23: Time to get the job done! (job = tutorial exercises + requirements analysis for Lab projects)
  • May 13 (Ascention=Himmelfahrt)
  • May 20: Q&A; Introduction to Qt
  • May 27 (Pentecost=Pfingsten)
  • Jun 3 (Corpus Christi=Fronleichnam)
  • Jun 10: Q&A
  • Jun 17: Q&A
  • Jun 24: Q&A
• Jul 1: Presentation of Tutorial Exercises; Groups 1-6
  • Submission of solutions to tutorial exercises (slides and code) by noon
  • 10min per group
  • balanced participation of all group members
• Jul 8: Presentation of Tutorial Exercises; Groups 7-13
• Jul 15: Presentation of Results of Requirements Analysis for Lab Projects; Group 1-7
  • Submission of results of requirement analysis (slides) by noon
  • 10min per group
  • balanced participation of all group members

• Jul 22: Presentation of Results of Requirements Analysis for Lab Projects; Groups 8-13
• Oct 22: Final presentations

Lab Topics

1. Code generation and optimization by overloading in  C++ (STCE)
2. Benchmarking three different approaches to adjoint code generation on a simple PDE solver (STCE)
3. Error analysis for derivatives of implicit functions (STCE)
4. Constant-aware sparse Newton (STCE)
5. Laster drilling (NLD)
6. OpenFOAM GUI for plastics processing (IKV)
7. Simulation software to asses uncertainties in groundwaterflow models (UQ)
8. Truss Simulator (CATS)
9. FMT Imaging (ExMI/STCE)
10. Automatic Segmentation (ExMI/STCE)

Disclaimer

Visual Paradigm supports RWTH-Aachen University with UML tools and ERD tools under the Visual Paradigm Academic Partner Program. The license key can be found here.