There are multiple techniques employed in the production of pressure vessels, including filament winding. This educational package focuses on instructing the simulation of composite pressure vessels created through filament winding. Filament winding encompasses various methods, with the semi-geodesic filament winding method being particularly popular for manufacturing composite vessels. The contents of this package begin by explaining the semi-geodesic method and subsequently demonstrate the simulation of a semi-geodesic vessel using a Python script. Furthermore, a UMAT subroutine is utilized to simulate the failure of the composite materials employed in the vessel.
Syllabus of the package 👇👇👇:
Introduction
Lesson-1 :Semi-Geodesic filament winding
Workshop-1: Simulation automatically Semi-Geodesic composite pressure vessel with Python script
Lesson-2: Puck failure criterion
Workshop-2: Failure analysis of composite pressure vessel with UMAT Puck subroutine
🎞🎞🎞 Get the full package:
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0:00- Intro
1:49- Syllabus of the package
2:43- Lesson-1 :Semi-Geodesic filament winding
4:30- Workshop-1: Simulation automatically Semi-Geodesic composite pressure vessel with Python script
9:55- Lesson-2: Puck failure criterion
12:20- Workshop-2: Failure analysis of composite pressure vessel with UMAT Puck subroutine
