1. Simulating Crowd-induced Vibrations using the Duhamel Integral

    • Buy now
    • Learn more
  2. The Duhamel Integral

    • Support and Lecture Q&A (Please read!)
    • 1.0 The Duhamel Integral
    • 2.0 Duhamel Integral - Analytical Solution
    • 3.0 Duhamel Integral - Numerical Solution
    • 4.0 Validating our numerical solution code
  3. Simulating Crowd Vibration

    • 5.0 An introduction to dynamic crowd loading
    • 6.0 Dynamic analysis: Bridge + 1 pedestrian
    • 7.0 Dynamic analysis: Bridge + N pedestrian crowd
    • 8.0 Animating bridge response & traffic flow
    • Jupyter Notebooks - Duhamel Integral & Crowd Vibration
  1. Products
  2. Course
  3. Section

The Duhamel Integral

  1. Simulating Crowd-induced Vibrations using the Duhamel Integral

    • Buy now
    • Learn more
  2. The Duhamel Integral

    • Support and Lecture Q&A (Please read!)
    • 1.0 The Duhamel Integral
    • 2.0 Duhamel Integral - Analytical Solution
    • 3.0 Duhamel Integral - Numerical Solution
    • 4.0 Validating our numerical solution code
  3. Simulating Crowd Vibration

    • 5.0 An introduction to dynamic crowd loading
    • 6.0 Dynamic analysis: Bridge + 1 pedestrian
    • 7.0 Dynamic analysis: Bridge + N pedestrian crowd
    • 8.0 Animating bridge response & traffic flow
    • Jupyter Notebooks - Duhamel Integral & Crowd Vibration

5 Lessons
    • Support and Lecture Q&A (Please read!)
    • 1.0 The Duhamel Integral
    • 2.0 Duhamel Integral - Analytical Solution
    • 3.0 Duhamel Integral - Numerical Solution
    • 4.0 Validating our numerical solution code