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Upcoming Event 1 - 30 of 30, Sorted by Start Date:

October, 2016
  • OpenFOAM Course
    Course, Euston House, 24 Eversholt Street, London, United Kingdom, October 3, 2016

    OpenFOAM Foundation and Advanced trainings (each for 2 days) bring the essential knowledge of OpenFOAM software. After the trainings the users will be able to run OpenFOAM cases, understand where to find relevant information, use efficiently snappyHexMesh mesh generator, use Function Objects and other features of OpenFOAM.

  • ERCOFTAC CFD for Dispersed Multiphase Flows, VII, SWEREA, Stockholm, Sweden, 10-11 October 2016
    Course, KTH, Stockholm, Sweden, October 10, 2016

    The simultaneous presence of different phases in external or internal flows such as gas, liquid and solid are found in numerous industries, & termed multiphase flows. E.g. are gas-liquid transportation, crude oil recovery, bubble column reactors & spray for food processing. Existence of the different phases requires a detailed understanding of the interfacial transport phenomena. The course objective - a BPG, latest trends & a trouble shooting session.

  • 15 days batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 15-October-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, October 15, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Theory 2 hours per day , Lab/practical training 3 hours per day.

  • One Month Evening /Morning batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 15-October-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, October 15, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Theory 2 hours per day , Lab/practical training 3 hours per day.

  • ERCOFTAC - Uncertainty Management & Quantification in Industrial Analysis and Design, U. Ghent, Belgium, 27-28 October 2016
    Course, Univ of Ghent, Ghent, Belgium, October 27, 2016

    UM&Q is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behaviour of physical systems. Product success rests on careful management and control of risk wrt interacting uncertainties. The aim is to share how UM&Q is expressed in the fields of Aerospace, Formula 1 and Power generation, and review emerging methods, techniques and deployment.

  • Training Course Basic, intermediate and Advance (Lima - Perú)
    Course, Av. Tupac Amaru 210 - Puerta 4B, Lima - Peru, Spain, October 31, 2016

    Training basic and intermediate in the use of software computational fluid dynamic open source (OpenFOAM). Teaching knowledge in object orientation and c ++ programming language and advanced concepts applied to OpenFOAM.

November, 2016
  • One Month Evening /Morning batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 01-November-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, November 1, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Evening batch for working professionals: 5: 30 Pm onwards Morning batch from : 10:30 AM onwards

  • fast Track Batch on CFD with OpenFOAM
    Course, Chinchwad, Pune, India, November 1, 2016

    This course is for you, if you are: New to OpenFOAM || You have partial training in OpenFOAM || Want to develop proficiency in CFD / OpenFOAM || Want to simplify the use of OpenFOAM || PG Student, Research Scholar, starting career in CFD || R&D person either in industry / lab etc

  • 15 days batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 01-November-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, November 1, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Theory 2 hours per day , Lab/practical training 3 hours per day.

  • Advanced diploma on CFD analysis -300 hours Inhouse programme
    Course, Niharika Institute of Computational Engineering, Bangalore, India, November 1, 2016

    Course offered in two levels(level 01 and Level 02).Admission to level 02 is only for those who successfully completes level 01. Please visit our website for more details. http://nicecfd.com/advanced-diploma-on-cfd-analysis.php Classes - about 5 hours perday (Theory + practicals).Theory most probably from 5 PM to 7 PM (Monday to saturday)

  • ERCOFTAC - Best Practices in Combustion CFD - I.C. Engines, 2-3 Nov 2016, TU Darmstadt, Germany
    Course, TU Darmstadt, Darmstadt, Germany, November 2, 2016

    Design and operation of modern combustion I.C engines faces the need of combining high efficiency with low pollutants emissions. CFD has become a powerful tool in this sector. Many models exist, each having a range of applicability, computational cost and accuracy. Thus, CFD experts involved in I.C. Engine simulations, given usual CFD skills, need specific insight and knowledge in spray and combustion modelling, in order to conduct thorough analysis. The present course addresses this need.

  • ERCOFTAC-High Order Methods for Industrial CFD, 3-4 Nov 2016, NUMECA, Brussels, Belgium
    Course, NUMECA, BRUSSELS, Belgium, November 3, 2016

    Aims:Assess how HOM could impact general Industrial CFD in the near future. Although the impact of HOM for RANS simulations has still to be confirmed, the impact on unsteady simulations, such as LES/DNS is already considered as significant. Applications and methods are offered. Also, how HOM can deliver higher accuracy, in shorter timescales, thence, evaluate the potential of HOM. Q&A sessions ensure the knowledge and techniques provided are well observed, leading to capability in implementation.

  • TRAINING: Surface Preparation with CONVERGE
    Course, 21500 Haggerty Road, Suite 120, Livonia, United States, November 7, 2016

    This ​course ​offers ​an ​introduction ​to ​surface ​ preparation ​in ​CONVERGE ​ Studio ​v2.3.

  • TRAINING: Internal Combustion Engine Modeling in CONVERGE
    Course, 21500 Haggerty Road, Suite 120, Livonia, United States, November 9, 2016

    This ​two-day ​course ​offers ​an ​introduction ​to ​ CONVERGE ​v2.3 ​for ​ internal ​combustion ​(IC) ​engine ​modeling. ​You ​will ​ learn ​about ​the ​ CONVERGE ​solver ​and ​modeling ​options ​while ​working ​ through ​a ​ typical ​IC ​engine ​case ​from ​start ​to ​finish. ​

  • Large Eddy Simulation (LES), hybrid LES-RANS, Detached Eddy Simulation (DES) and unsteady RANS.
    Course, Chalmers University of Technology, Gothenburg, Sweden, November 9, 2016

    A three-day course

  • Expert course: Computational Fluid Dynamics (CFD) for maritime applications
    Course, Haagsteeg 2, Wageningen, Netherlands, November 14, 2016

    MARIN organises an expert course designed to reflect the latest experience in the application of Computational Fluid Dynamics (CFD) for ship design, offshore engineering and renewable energy applications. To obtain reliable and accurate CFD results for these applications, application-specific choices and ‘best practice’ will be presented.

  • 15 days batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 15-November-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, November 15, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Theory 4 hours per day , Lab/practical training 4 hours per day.

  • One Month Evening /Morning batch-Industry oriented course on CFD (ANSYS FLUENT, CFX and ICEMCFD HEXA),from 15-November-2016
    Course, Niharika Institute of Computational Engineering, Indiranagar ,Bangalore, India, November 15, 2016

    Industry oriented course on CFD covering theory,ANSYS FLUENT,ANSYS CFX and ANSYS ICEMCFD (HEXA) softwares.Classes on all seven days of the week. Evening batch for working professionals: 5: 30 Pm onwards Morning batch from : 10:30 AM onwards

  • Computational Fluid Dynamics (CFD) with OpenFOAM
    Course, Department of Mechanical Engineering, VNIT, Nagpur, India, November 19, 2016

    The objective of the present training program is to appreciate the open source CFD code OpenFOAM and simplify OpenFOAM use. This training gives a platform to the participant to understand OpenFOAM from basics to advanced to programming level. 

December, 2016
January, 2017
  • fast Track Batch on CFD with OpenFOAM
    Course, Chinchwad, Pune, India, January 1, 2017

    This course is for you, if you are: New to OpenFOAM || You have partial training in OpenFOAM || Want to develop proficiency in CFD / OpenFOAM || Want to simplify the use of OpenFOAM || PG Student, Research Scholar, starting career in CFD || R&D person either in industry / lab etc

  • Advanced Methods in Computational Fluid Dynamics
    Course, George Begg Building, School of MACE, University of Manchester, Manchester, United Kingdom, January 23, 2017

    This four (04) day course will address the analysis of modern approaches to turbulence modelling, different models and their applications to the solution of industrial problems including external and internal aerodynamics, heat transfer, combustion, aero-acoustics, Lattice Boltzmann Method, Smooth Particle Hydrodynamics (SPH), waves and tidal energy extraction modelling. The course also induces two (02) days of practical training on edf’s open source CFD solver Code_Saturne.

July, 2017
  • 1ST SUMMER SCHOOL ON COMPLEX FLUID-FLOWS IN MICROFLUIDICS - July 2017 @ Porto (Portugal)
    Course, Rua Dr. Roberto Frias s/n, Porto, Portugal, July 10, 2017

    This course intends to provide cutting-edge knowledge on complex fluid-flow at microscale, from experimental and numerical perspectives. It will be a 5-days course. The idea is providing a theoretical explanation during ~3h (morning session) and then a sort of hands-on workshop during the after lunch session, where some of the participants could expose one of the problems they are facing in their own institution in order to provide some feedback or possible solutions to them.

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