Skip to content
Marc & Structures
Index

Save your progress

Enter your email and we will send a secure sign-in link. There is no password and the first link creates your account.

Mission ~5 min · ~63 min remaining

Your mission: control the model with parameters

Turn the course beam into a parametric script with analytical references and reproducible evidence.

In M00 you ran a prepared simulation. Now you will make the model stop being a rigid sequence: will receive inputs, check if they make sense, and make their first engineering decision.

YOUR MISSION

The beam cannot exceed 0,25 mm deflection or 150 MPa. Among several candidate heights, which is the lowest you meet?

When finished, the script will vouch for you. But first you will have to teach him what each number means.

Objectives

By completing M01 you will be able to demonstrate that:

  • Replace scattered numbers with parameters with physical meaning and known units.
  • You distinguish inputs, derived quantities, analytical references and FEA results.
  • You build APDL expressions and predict their trend before executing.
  • You stop invalid entries by *IF.
  • You define an array with *DIM and you walk through it using *DO.
  • You generate a table CSV and select the first admissible alternative.

Prerequisites and files

  • Have completed M00 or recognize flow /PREP7 → /SOLU → /POST1.
  • Know the meaning of elastic modulus, moment of inertia, and deflection.
  • Work with the coherent system SI: meters, newtons and pascals.

How to use this lesson

RouteDurationStroke
First win 25–30 min Prediction, basic parameters and first execution with analytical references.
Complete 60–70 min In addition, arrays, loops, bug hunting, challenge and CSV evidence.

Recommendation: Calculate uy_ref and sigma_ref on paper before running. Prediction converts simulation in a falsifiable test, not in an outline to look at passively.

Session map

  1. Mission: objectives, downloads and analytical prediction.
  2. Mental models the parametric script contract.
  3. Demonstration: parameters, validation, arrays and loops.
  4. Error hunting: diagnose parametric failures.
  5. Challenge: modify a variable with verifiable tolerance.
  6. Mastery: final test that records demonstrated mastery and recommends M02.