Ansys ICEMCFD - Become guru in Hexa Mesh generation (Part 2)

Training

Virtual

$ 100.001-250.000

Descripción

  • Tipología

    Training

  • Metodología

    Virtual

  • Inicio

    Fechas disponibles

"Meshing can be considered the heart of any CFD simulation. With high quality mesh, you will get accurate results and fast convergence. It is estimated that around 70-80% time in CFD is spent on mesh generation. And in this course, I will teach you meshing in a way so that you can minimize time spent on meshing and give more time to simulation, results interpretation and design optimization. So enroll today and make your CFD analysis of high quality with  professional touch. 



This is the part 2 of hexa meshing course. In this part you will learn to make hexa meshing for more complex cases. You will also learn new techniques of ICEMCFD for creating high quality hexa meshing.  There are total 17 workshops in this part. I will be updating this course with new workshops to expand your knowledge in this very exciting subject.



Hope to see you soon on this course.

"

Información importante

¿Qué objetivos tiene esta formación?: How to create best quality hexa meshing for various types of cases in CFD

¿Esta formación es para mí?: "From different engineering backgrounds who are using CFD as simulation tool
MS and PhD student carrying out research in CFD field
Professional engineers / scientists who want to enhance their CFD skills and specially hexa meshing skills"

Requisitos: Some basic knowledge about CFD and ICEMCFD Hexa meshing

Sedes y fechas disponibles

Ubicación

Inicio

Online

Inicio

Fechas disponibles Inscripciones abiertas

Materias

  • Quality
  • Geometry
  • Simulation
  • 3d training
  • 3D
  • Quality Training
  • Export
  • Piping
  • ANSYS

Programa académico

"Introduction Introduction Workshop 11 : Hexa meshing in 2D concentric cylinders Problem description and Introduction Blocking, pre-mesh and mesh export for the concentric cylinders Workshop 12: Hexa meshing of two concentric cylinders Introduction Hexa meshing for 2D concentric piping - 1 Hexa meshing for 2D concentric piping - 2 Hexa meshing for 2D concentric piping - 3 - Mesh export and other settings Getting ready geometry for 3D concentric pipes Getting points and curves at proper location for 3D case 3D dimensional concentric pipes with large and small dia Futher working on geometry features for blocking Blocking for 3D concentric pipes Premesh for 3D case Mesh export for 3D case Assignment Creating mesh for two small pipes connected by one large dia cylinder Workshop 13: Hexa meshing of two concentric cylinders with internal wall Problem description Using existing blocking from WS 12 for WS 13 Face to surface association for internal wall and mesh export Workshop 14 : Hexa meshing of 2D Wedge Problem description Blocking, premesh and mesh export Mesh refinement Workshop 15 : Hexa meshing of backward facing step Problem description and introduction Blocking, splits and association for BFS geometry Defining splits and zones based on flow physics Meshing according to flow physics Mesh export Assignment for workshop 15 Workshop 16 : Hexa meshing of S809 airfoil with different options Problem description and introduction Blocking strategy for sharp trailing edge and rectangular domain Blocking strategy for square trailing edge and rectangular domain Blocking method for sharp TE and semicircular domain Blocking method for square TE and semicircular domain Mesh export and further discussion on airfoil meshing Airfoil with angle of attack and corresponding blocking techniques Assignment for workshop 16 Using blocking and domain shape from S809 airfoil for NACA 4412 airfoil Workshop 17 : Hexa meshing of parabolic trough for solar energy Introduction Problem description and discussion about blocking layout Quarter O-Grid for trough geometry Blocking adjustment and find tuning Creating solid material, editing edges and defining rough meshing parameters Checking mesh quality and tips and tricks to improve mesh quality Creating C-Grid around parabolic trough for capturing boundary layer Fine tuning of final mesh Mesh export Workshop 18 : Hexa meshing of converging diverging nozzle Problem description and geometry details Creating block, splitting edges and adjustments to blocking Fine tuning of meshing parameters on nozzle and domain Mesh export and removing errors from mesh Workshop 19 : Hexa mesh of 2D 90 degrees bend Introduction Blocking strategies Creating parts and association Creation of OGrid and defining pre-mesh edge parameters Mesh Export Solution in Fluent Workshop 20 : Hexa meshing of 2D pipe junction Introduction Blocking method 1 Blocking method 2 Blocking method 3 Blocking association to geometry Creation of O-Grid, Pre-mesh edge parameters and grid quality improvement Mesh export Running solution in Fluent Workshop 21 : Hexa meshing of water wind tunnel Introduction Discussion on optimal blocking method Fine tuning of blocking and creation of O-Grid for boundary layer mesh Defining edge sizing for pre-mesh Mesh export Worshop 22 : Hexa meshing of 2D Lenz vertical axis wind turbine Introduction Block creation, initial association and defining periodicity Splitting blocks and creation of multiple O-Grid for capturing geometry and flow Association and blocking fine tuning Pre-Mesh edge parameters for Lenz turbine Workshop 23 : Hexa meshing of volute Introduction Initial blocking and settings Association and final mesh Mesh editing, refinement, mesh extrude and other operations on mesh Introduction"

Ansys ICEMCFD - Become guru in Hexa Mesh generation (Part 2)

$ 100.001-250.000