Purpose The author does this simulation to demonstrate his ability of using ANSYS when he applies for a hydraulic engineer job at Atlas Copco AB,Örebro. Due to the limitation of computation time, a case with the simple motion of piston is simulated. Situation —Transient flow in a piston chamber. An axis drives a piston to […]
SimulationX Tutorial
SimulationX Getting Started Creating a Two Mass Oscillator Creating a hydraulic Cylinder drive Automotive Powertrain Modeling – simple engine Automotive Powertrain modeling – Vehicle Model with one fixed gear Simulation of Gearbox Noises Creating an evaportator super heater Extension of evaportator super heater Creating a Multi-Body-Mechanics Model
DesignXplorer Performing a Parameters Correlation Study & “What If” Study
DesignXplorer Performing a Parameters Correlation Study This tutorial gives step-by-step instructions for performing a Parameters Correlation study to calculate the deformation of a simple cantilever beam under applied force. The workshop uses a design exploration system linked to Mechanical APDL, demonstrates parameter parsing and selection, and shows the correlation system used. This tutorial covers the […]
Introduction to ANSYS DesignModeler
DesignModeler For CFD User & FEA User Lecture 1 – Introduction to ANSYS Lecture 2 – Introduction to Workbench Lecture 3 – Basics of DesignModel Demo of a few capabilities of DesignModeler:• Geometry creation– Sketching– 3D Operation• Geometry modification In this lecture we will learn about:• Pre-processing Workflow using ANSYS WB tools• What is ANSYS […]
Introduction to ANSYS Meshing
Meshing Methods • Meshing Methods for Part/Body Meshing – Assembly Meshing covered separately • Methods & Algorithms for; – Tetrahedral Meshing – Hex Meshing – 2D Meshing • Meshing Multiple Bodies – Selective Meshing – Recording Meshing Order Global Mesh Controls • Introduction to Global Mesh Controls • Defaults • General Sizing Controls & Advanced […]
ANSYS Meshing User’s Guide & Video
Meshing: Capabilities in ANSYS Workbench Meshing: Usage in Workbench The ANSYS Meshing application is a separate ANSYS Workbench application. The Meshing application is data-integrated with ANSYS Workbench, meaning that although the interface remains separate, the data from the application communicates with the native ANSYS Workbench data.、 Meshing: Mesh Controls Overview When in the Mechanical application, […]
Fluent Advanced Spray Training
Theory and Terminology of Sprays Basics of Discrete Phase Modeling (DPM) Injection and Particle Types Best Practices (Spray – DPM) Physical Models in DPM Liquid Fuel Combustion This tutorial demonstrates the evaporation and combustion of liquid fuel using the dispersed phase modeling capability to compute coupled gas flow and liquid spray physics. The mixture-fraction/prob ability density function […]
Fluent Advanced Combustion Training
Introduction to Reacting Flows Non Premixed Combustion Model Premixed and Partially Premixed Combustion Discrete Phase Modeling (DPM) Species Transport Model Finite Rate Models Modeling Pollutants (NOx, Sox, Soot) Modeling Surface Reactions Radiation Modeling in Combustion Flows Simulation of 3D BERL combustor using the Non-premixed Equilibrium model Simulation of 3D BERL combustor using the Finite-Rate Eddy-Dissipation Model […]
User Defined Functions in ANSYS Fluent
The Fluent solver is a general-purpose code. In order to customize the Fluent solver, users can use their own C-codes called user-defined functions (UDFs) to accomplish: • Special boundary conditions • Customized or solution dependent material properties • New physical models • Reaction rates • Source terms • Customized post-processing • Solving user-supplied partial differential equations What […]
ANSYS Fluent in Workbench Custom-Input-Parameter
• The task is to set the parametric study involving different set of pre-defined fluid materials. The example utilises a new Custom-Input-Parameter option (Beta) in ANSYS Fluent v14.5 solver. • This example will be making use of the prepared Fluent case. The case was set with seven different materials representing air (air1,air2, … , air7) and every air material […]