ANSYS Workbench

Pressure vessel analysis

Analysis of a pressure vessel for safety and earthquake loads

✍️ In this project, we have optimized a pressure vessel to fulfil the requirements for earthquake safety as defined in EN 1998-1 ISO standard as well as in the pressure vessel codes. The FEM analysis results show that the original design needs to be optimized, the legs of the pressure vessel that are in contact …

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Chassis fatigue analysis, FEM analysis

FEM Analysis and optimization of middle class truck chassis

✍️ In the critical parts of the front chassis of a middle class truck, we have determined the cause of the possible component failure and, proposed the optimized solutions using FEM.For this purpose, based on the geometric 3D model provided by customer and the defined load variants, we create an FE model in which the …

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Step by step Transient Thermal Analysis – Cooling of molten Aluminum

Transient thermal analysis is an important procedure to determine the thermal behavior of a system in a specific period of time. In phase transition of molding process or in electronic parts simulations it is essential to consider the timely behavior of temperature changes. Using ANSYS transient thermal module we can evaluate complex systems in a …

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Sandwich composite analysis in ACP | ANSYS Tutorial

✍️ In this video, we are going to design and analyze a sandwich composite panel using ANSYS Composite PrepPost (ACP). We will go through the complete process of modelling, solving & post-processing. A sandwich composite panel is any structure made of three layers: a low-density core, and a thin skin-layer bonded to each side. Sandwich panels …

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⭐ Creep Analysis | ANSYS Tutorial ⭐

✍️ In this tutorial, we are going to use ANSYS Workbench to simulate the creep deformation of an Aluminum Alloy (6061-T6) under constant stress and temperature. We will learn about the simulation of a Creep process in ANSYS Mechanical and analysis settings for Creep. For creep analysis, we will use Norton’s power law equation, which is …

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⭐ THERMO-MECHANICAL ANALYSIS OF DIFFUSER SUPPORTING LEGS

In this project we have investigated the stress distribution in a system of diffuser support legs which was used in the Annealing unit of a galvanized steel company. Some of the supporting legs failed duo to high temperature and loadings and we have analyzed several scenarios for optimizing the design of these supporting legs.

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