Fire safety engineering focus workshop series 2019 (open source cfd training)
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OpenSource CFD Training Workshop
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Fire safety engineering focus workshop series 2019 (open source cfd training)
- 1. Fire Safety Engineering Focus Workshop Series 2019 Fire, Soot, Dispersion and JetFan simulation using OpenSource CFD Software Objectives: • to provide participants with an overview of the use of OpenSOurce CFD technology in the context of fire safety engineering, mechanical engineering problems as well as building environment • to train participants with CFD modelling techniques and relevant software skills for more challenging problem settings • to understand and model fire and smoke, dispersion problems, as well as porous media problems The participants will obtain the knowledge and the experience needed to start their own advanced CFD Projects with OpenFOAM and postprocessing of OpenFOAM cases. Certificates of participation will be issued to all participants. Details: Date: April 9th 2019 Duration: 3 days Time: 9am – 5pm Venue: Keppel Bay Tower, Singapore Fee: $1600 (early bird) $1800 (regular) Early bird registration lasts until March 15th 2019. Please submit all registrations until March 31st 2019! For a second participant from the same company an additional 10% of discount will be given. Duration: 3 x 8 hours sessions _______________________________ Course Lecturers Dr Alex Lee is currently the Managing Director of Tian Building Engineering SG and the co-founder and co-developer of BIM HVACTool (Sustainable Building Performance Analysis Tool). He holds a doctorate in Computational Fluid Dynamics and has been a lead trainer, researcher and invited speaker for several sustainability related courses and event. Dr József Nagy specialises in CFD modeling in a wide variety of fields (e.g. multiphase modeling, complex materials, chemical reactions, conjugate heat transfer, etc.) in the open-source CFD tool OpenFOAM. He has over nine years of experience in teaching and training with OpenFOAM. He is co-chair and initiator of the Editorial Board of the OpenFOAM tutorial collection at wiki.openfoam.com/Tutorials. He has been offering tutorial videos online for educational purposes for years. CPE Points : • CPE Hours – 18 Registration : Tian Building Einginering Pte Ltd 1 Harbourfront Avenue, #13-03 Keppel Bay Tower Singapore 098632 Mobile: +65 98439160 Email: alex.lee@building-engineering.sg
- 2. Fire Safety Engineering Focus Workshop Series 2019 Fire, Soot, Dispersion and JetFan simulation using OpenSource CFD Software Target Audience : • Fire Safety Engineers required to perform fire simulations using computational models for thermal, combustion and soot modeling. • Assistant Engineers/ Engineers and building professionals required to perform airflow modelling using Computation Fluid Dynamics analysis. • Building Professionals, project managers, developers, building owner, facility managers and other stakeholders involved in green and healthy environment projects • Mechanical and Chemical engineers required to performed challenging turbulent fluid flow simulations or fire simulations Duration: 3 x 8 hours sessions Course Outline: Day 1 - Basics of OpenFOAM Introduction and Basics • simple CFD simulation • best practice workflow for successful simulation run • post-processing and interpretation of results Meshing – blockMesh • fundamentals of mesh generation with blockMesh • simplified simulation run Meshing – snappyHexMesh • importing geometry • fundamentals of snappyHexMesh Dispersion simulation • geometry, mesh and case for dispersion simulation • species injection and distribution • consideration of molar mass of species • temperature distribution Day 2 – Fire, smoke and porous media modeling Air conditioning unit (ACU) and thin plate louvers as porous media • Mesh and case setup • Definition of ACU • Definition of porous media • Best practice workflow • Post processing Detailed fire simulation with fireFoam • Mesh and case setup • Model and material properties • Best practice workflow • Radiation models Fire simulations with fireFoam • Mesh and case setup • Model and material properties • Best practice workflow • Model fire (Steckler room) • Combustion models • Infinitely Fast Chemistry • Eddy Dissipation Concept • Eddy Dissipation Method • Partially Stirred Reactor • Validation Day 3 – Fast and simple fire & smoke simulations Fast fire simulations with ffire • Modification and case setup • Speedup of fire simulation • Model fire • Heat release rate • T-squared HRR • Experimental HRR • Best practice workflow • Radiation models • Interpretation of results Fast fire simulations with ffire • Modification and case setup • Speedup of fire simulation • Model fire (Steckler room) • Validation • Influence of turbulence • Best practice workflow Smoke simulations with jet fan • Mesh and case setup • Soot/smoke modeling • Definition of jet fan • Visibility • Best practice workflow Registration : Tian Building Einginering Pte Ltd 1 Harbourfront Avenue, #13-03 Keppel Bay Tower Singapore 098632 Mobile: +65 98439160 Email: alex.lee@building-engineering.sg