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M.A.D. Propz for Windows

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Editors’ Review

Download.com staff
This Windows desktop application provides comprehensive beam cross-sectional properties and stress/strain analysis. It handles arbitrary shapes, custom materials, and complex load cases efficiently.
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M.A.D. Propz 0/1

  • Pros

    • Analyzes assemblies of arbitrary cross-sectional shapes
    • Supports custom polygon import from text files
    • Allows unique material properties per shape
    • Handles axial, shear, and bending loads
    • Supports unit conversion between metric and imperial

  • Cons

    • Limited to Windows desktop environment
    • Shareware licensing may involve costs
Icon of program: M.A.D. Propz

M.A.D. Propz for Windows

Download now

Used M.A.D. Propz for Windows?

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Full Specifications

GENERAL
Release
Latest update
Version
1.0
OPERATING SYSTEMS
Platform
Windows
Operating System
  • Windows 7
  • Windows 10
  • Windows XP
  • Windows Vista
  • Windows 8
  • Windows 2003
Additional Requirements
None
POPULARITY
Total Downloads
205
Downloads Last Week
8
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Developer’s Description

By TransAtlantic Aerospace
Perform advanced section property calculation and stress/strain analysis.
M.A.D. Propz is a shareware windows desktop application for beam cross-sectional properties and stress/strain analysis loaded with features like: Analysis of any assembly of arbitrary cross-sectional shapes using built-in standard beam shapes or custom polygons imported from text files. Each shape in the beam cross-sectional assembly can have unique material properties by entering engineering constants directly or through a user-defined database of homogeneous and laminated composite materials. The cross-sectional shapes of an assembly can easily be edited, rotated, translated, flipped, or copied by right-clicking on the shape. The shapes can also be exported to a text file and imported back into the assembly in a later session. Axial, shear, and bending loads can be applied to any cross-sectional assembly to calculate and display the resulting stress/strain contours. Up to 5000 loadcases imported from a text file can be analyzed at once to quickly find the max/min envelope of stresses and strains. Once loads are applied to a cross-sectional assembly, the region analysis function allows the user to calculate the loading over a polygon-picked portion of the assembly. Units can be switched from metric (mm, N, MPa) to imperial (in, lbs, ksi) at any time during a session and all properties, loads, and stresses will be converted.
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