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BEGIN:VEVENT
DTEND:20220329
UID:66a45b2b711f8
DTSTAMP:20240727T022755Z
CATEGORIES:Thermo
LOCATION:Rostock Joachim-Jungius-Str. 9, Rostock, Mecklenburg-Vorpommern, 18059, DE
ORGANIZER;CN=Dr.-Ing. Johann Turnow:MAILTO:http://johann.turnow@silentdynamics.de
DESCRIPTION:[wbcr_text_snippet id="1763"]  Goal of the training  The training is limited to 4 participants. The goal of the training is to discuss the basics of thermal simulation and to set up and calculate your task in the training using OpenFOAM.    This way\, besides the basics\, a simulation setup for your task will be created\, so that you can continue with your project afterwards and have a contact person.  Content  1. Basics      	Introduction / Basics of numerical flow simulation with heat transfer with CFD   	Configuration OpenFOAM Environment / Overview of Features   	Basic knowledge of numerical heat transfer   	Avoidance of errors in simulation setup   	Best Practice Guidelines in OpenFOAM2. Grundlegende Bausteine    2. Building Blocks     	Code structure   	Error analysis of the numerical simulation   	Runtime Analysis Mechanism   	Evaluation of results / evaluation of integral characteristic values   	Estimation / error estimation of the results    3. Heat Transfer     	Overview of boundary conditions for heat transfer in OpenFOAM   	Understanding the source code / solver procedures / tools   	Application OpenFOAM Syntax   	Tutorial: Application and Implementation of the Energy Equation in OpenFOAM    4. Heat Conduction     	Concept\, solution algorithm   	Numerical error analysis   	Variation of material properties   	Tutorial: Heat conduction with different materials and heat sources    5. Konvection     	Available solver / classification   	Turbulence models   	Influence of the Prandtl number   	Grid analysis/evaluation   	Compressible / incompressible flows   	Buoyancy currents   	Variation of the boundary conditions   	Wall functions for heat transfer   	Simulation speed up   	Best practice guides   	Practical application with examples for     	free / forced convection   	Conjugate Heat Transfer (CHT)   	porous media   	Plate heat exchangers        6. Heat radiation     	Simulation of thermal radiation in OpenFOAM   	Overview of the radiation models (ViewFactor\, FvDOM\, P1)   	Solar radiation / reflection   	Settings and Setup in OpenFOAM    7. Questions from the participants    &nbsp\;    Upcoming Events of the course    [em-events number_of_events=5 categories=113 disable_pagination=1 style=widget]  [wbcr_text_snippet id="1766"]
URL;VALUE=URI:https://www.foamacademy.com/events/event/course-openfoam-thermal-engineering
SUMMARY:OpenFOAM Thermal Engineering
DTSTART:20220327
RDATE:20220328T000000Z
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