OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING - Foam-Iberia
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURINGOutlineOutlineITAINNOVA at a glance:01. OpenFOAM groupContributions to Industrial Manufacturing:02. Rubber Injection Molding03. Microfluidic Chip Control04. Ongoing/Future projectsOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain2
01ITAINNOVA at a glance:OpenFOAM Group
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING01 / ITAINNOVA at a glance: OpenFOAM GroupITAINNOVA – Instituto Tecnológico de AragónResearch and Technology CentreOwnership: Aragón Regional GovernmentEntity: Public company - Non profitLocations: 25.000m2 in Zaragoza and HuescaOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain
01 / ITAINNOVA at a glance: OpenFOAM GroupOPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURINGITAINNOVA – Instituto Tecnológico de AragónSome Figures221 People47%16%PhDMSc20%Bachelor17%SupportOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain5
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING01 / ITAINNOVA at a glance: OpenFOAM GroupITAINNOVA – Instituto Tecnológico de AragónR&D Areas69 peopleDESIGN ANDDEVELOPMENTOF IMULATIONOpenFOAM GroupOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING01 / ITAINNOVA at a glance: OpenFOAM GroupOpenFOAM group@ Instituto Tecnológico de AragónPhD Fluid MechanicsMSc Chemical EngineeringPhD Fluid MechanicsMSc Chemical EngineeringPhD studentMSc Chemical EngineeringPhD studentMSc Mechanical Engineering.Why OpenFOAM?Open-source gives us flexibility to move CFD closer to industryOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain7
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING01 / ITAINNOVA at a glance: OpenFOAM GroupOpenFOAM groupCFDInstituto Tecnológico de AragónHow.?ROMHPC /CLOUDIntegratedToolsforIndustrialPartnersAdding value to CFD simulations,by means of multidisciplinar integrated micsOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain8
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING01 / ITAINNOVA at a glance: OpenFOAM GroupOpenFOAM groupCFDInstituto Tecnológico de AragónOpenFOAMHow.?ROMHPC /CLOUDIntegratedToolsforIndustrialPartnersAdding value to CFD simulations,by means of multidisciplinar integrated micsOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain9
02Contributions to IndustrialManufacturing (1):Rubber Injection Molding
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulation Funding: CloudFlow (Exp.17. 3th Wave) - 7th Framework Programme of the European Commission Goal: Lean Cloud App aiming at zero-defect manufacturing (i.e. scotch, flash, weld lines, air-trapped)while minimising injection time. Involved entities:End-User SMER&D ITAINNOVACloud Institute for Biocomputation and iPhysics of Complex SystemsOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain11
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationLean Cloud App: for Moulds Design aiming at Zero Defect cessingOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain12
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationLean Cloud App: ngOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain13
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationLean Cloud App: WorkflowWebPreprocessing:DoE &MESHINGCloudComputingPostprocessingOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain14
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationLean Cloud App: ngOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain15
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationLean Cloud App: ToolsWeb Input data OperatingConditions Geometry(STL)Preprocessing DoE MeshingCloudComputing Cloud(N cases inparallel)Postprocessing ROM Figures Report (.pdf)OpenFOAM:rubberFoamOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain16
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING02 / Rubber Injection MoldingOptimal rubber injection moulds through cloud-basedsimulationOpenFOAM: rubberFoamSolver for two compressible, non-isothermal and immiscible fluids using a VOF phase-fractionbased interface capturing approach; where one of the fluids is a non-Newtonian rubber. Rubber rheological behaviour: Reactive Viscosity Model Degree of cure:Solver developed by ITAINNOVAOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain17
03Contributions to IndustrialManufacturing (2):Microfluidic Chip Control
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING03 / Microfluidic Chip ControlCloud-based multiphysics simulation for designinghighly dynamic and highly accurate flow controlsfor microfluidic applications Funding: H2020 – European Comission Goal: Digital Twin of a Microfluidic System Involved entities:End-User SMER&D ITAINNOVAHPC GOMPUTEMicrofluidc systemOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain19
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING03 / Microfluidic Chip ControlMicrofluidic System: Digital TwinDigital twinMicrofluidc systemOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain20
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING03 / Microfluidic Chip ControlMicrofluidic System: Digital TwinDigital twin: CoreWebMicrofluidic chip: CFD (ROM)Multiphase flow patternReal timeinteractionDynamicsystemReservoirs, piping,valves, control behaviourOpenFOAM::interMixingFoamOpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain21
04Ongoing/Future Projects
OPENFOAM CONTRIBUTIONS TO INDUSTRIAL MANUFACTURING04 / Ongoing/Future ProjectsFuture projects Towards CFD bots for supporting engineering tasks: Smart automatic building of simulation workflows. Automatic mesh building. Application of real-time simulation models. CFD simulations ontologies Complex multiphysics solvers: Heat-transfer Multiphase Electrochemistry. Any idea / colaboration is welcome!OpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain23
Thank you for your attention
MODELING AND CHARACTER STRUCTURAL INTEGRITY AND RELIABILITY OpenFOAM Group 69 people MULTIPHYSISCS AND MULTISCALE SIMULATION . OpenFOAM 2nd Iberian Meeting 28 & 29 May 2018 Santiago de Compostela - Spain . Lean Cloud App aiming at zero-defect manufacturing (i.e. scotch, flash, weld lines, air-trapped) while minimising injection time. .
INTRODUCTION TO OPENFOAM open Field Operation And Manipulation C libraries Name. INTRODUCTION TO OPENFOAM open Field Operation And Manipulation C libraries Rita F. Carvalho, MARE, Department of Civil Engineering, University of Coimbra, Portugal OpenFOAM Equations Solvers How to use/code Examples Conclusions 3 25 26 33 46 49 50. SOLVE PARTIAL DIFFERENTIAL EQUATIONS (PDE .
OPENFOAM GUIDE FOR BEGINNERS List of Figures 1.1 Overview of OpenFOAM structure, extracted from [1] . . . . . . . .1 2.1 Viscous incompressible ow between two plane-parallel plates with
by ESI group, a French-based CAE software company. OpenFOAM is a set of solvers and utilities primarily for CFD with capabilities of standard tasks of CFD working ow from pre-processing, solving and post-processing. OpenFOAM solves wide-rage of problem from in
On the use of OpenFOAM to model Oscillating wave surge converters Schmitt, P., & Elsaesser, B. (2015). On the use of OpenFOAM to model Oscillating wave surge converters. Ocean Engineering, 108, 98-104. DOI: 10.1016/j.oceaneng.2015.07.055 Published in: Ocean Engineering Document
Implementing Fast Parallel Linear System Solvers In OpenFOAM based on CUDA Daniel P. Combest and Dr. P.A. Ramachandran and Dr. M.P. Dudukovic Optimization, HPC, and Pre- and Post-Processing I Session. 6th OpenFOAM Workshop Penn State University. June 15th 2011 Chemical Reaction Engineering Laboratory (CREL)
1. CFD Tools This chapter will give an overview over the main features of OpenFOAM and COMSOL, as well as their di erences. 1.1. OpenFOAM OpenFOAM (Open Field Operation and Manipulation) [1,2,3] is a free and open source computational uid dynamics (CFD) toolbox. It is developed by OpenCFD Ltd. and distributed
OpenFOAM training sessions and OpenFOAM workshops. We gratefully acknowledge the following OpenFOAM users for their consent to use their material: Hrvoje Jasak. Wikki Ltd. Hakan Nilsson. Department of Applied Mechanics, Chalmers University of Technology. Eric Paterson. Applied Research Laboratory Professor of Mechanical
Advanced Engineering Mathematics 6. Laplace transforms 21 Ex.8. Advanced Engineering Mathematics 6. Laplace transforms 22 Shifted data problem an initial value problem with initial conditions refer to some later constant instead of t 0. For example, y” ay‘ by r(t), y(t1) k1, y‘(t1) k2. Ex.9. step 1.
