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    Course description

    • REQUIREMENTS AND PRIOR KNOWLEDGE

      This course is mainly aimed at Students in the fields of Engineering, Physics etc… A minimal background in Fluid Mechanics is also important to properly enjoy the course.

       

      GENERAL DESCRIPTION OF THE SUBJECT

      The incorporation of CFD (Computational Fluid Dynamics) as a possible solution to modern day fluid mechanic problems has become part of the daily lives of many engineers along with the companies they work for. EADS, ALSTOM, GAMESA, and many other major automobile manufacturers have incorporated CFD’s in their design cycles. Usually, the main objective is to quantitatively estimate forces produced by flows around a specific structural component or to optimize the design of an individual part responding to forces originating from fluid dynamics. 

       

      For these companies, where many engineering graduates end up, knowledge in the field of CFD and their codes is a very important asset. These skills imply a high degree of multidisciplinary competence in order to accurately define and resolve specific problems. A profound knowledge is needed in different key areas such as CAD to properly discretize the problem, fluid mechanics to properly understand the governing phenomena behind the problem, numerical methods to understand how these fluid dynamic problems are numerically solved and finally, experimental techniques in fluid mechanics to understand the underlying errors in reference values used for validation. This makes it difficult for educational departments to assume the full load of this education. Nonetheless, with the open course ware proposed online, a compilation of valuable material allows the students to get a feel for this new technology through unstructured personal assignments.

       

      We believe a good way of handling such a course is to make it as practical and hands-on as possible with constant references to the fundamental aspects previously mentioned. As such, this course is organized around a set of tutorials to be run with different software applications, some of them free, others with free academic licences and others which are proprietary.

       

      This course is one iniative of the UPM Education Innovation Group on CFDs ("Grupo de Innovación Educativa en Computación y Mecánica de Fluidos") 

       

      Imagen de la asignatura
       

       

      OBJETIVES: KNOWLEDGE AND SKILLS

      The objective of this course is to provide a practical introduction to the use of CFD codes in Engineering. The students will acquire skills in modelling and 3D geometry meshing which they will use to run panel method codes used in the computation of potential flows around a body (special emphasis will be given to problems with a free surface). These modelled geometries will also be used in finite element, finite volume for viscous flow computations and meshless codes.

       

      TEACHING MATERIAL

      The course is organized in 3 main sections:

      1. Panel Methods (BEM)

      2. Finite Element Method (FEM)

      3. Finite Volume Method (FVM)

      The material for this course consists of exercises and tutorials used in the CFD WORKSHOP and the ATHENS course UPM41 (http://www.athensprogramme.com/catalog/show/859) together with new material created specifically for this course. 

       
      EVALUATION ACTIVIVTIES OR PRACTICAL TASKS

      A set of exercises provided with each tutorial and aimed at self-assessing any new assimilated capabilities is to be completed by the student.

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    Learning guide

    • Main content blocks Expected study time Study material and basic readings Study material and complementary readings Complementary learning activities 
      Panel Methods (BEM)  30 hours

      Introduction  PM-F-001  (PDF)
      Tutorial  PM-F-002  (PDF)

       

       

      Software (ETSIN_CFD & HESS3D) 
      Exercises PM-F-003  (PDF) 
      Extra files PM-F-004  (RAR)
      CAD files PM-F-005 (RAR)



       Finite Element Method (FEM)  30 hours Introduction  FE-F-001   (PDF)
      Tutorial  FE-F-003  (PDF)      		  



      Software (ADFC ) 
      Exercises FE-F-004    (PDF) 
      Extra files FE-F-005   (PDF)

      		  
       Finite Volume Method (FVM)  30 hours STAR-CCM+
      Introduction  CM-F-001  (PDF)
      Tutorial CM-F-002  (PDF) 

       

       

      CAD files
      MATLAB SCRIPTS CM-F-003  (RAR) 

      		  

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    Numerical Methods in Fluids

      • NM-F-001. Fluid Equations  (PDF). 
      • NM-F-002. Numerical Methods in Fluid Mechanics   (PDF).  

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    Panel Methods (BEM)

      • PM-F-001. Introduction  (PDF). 
      • PM-F-002. Tutorial   (PDF).  
      • PM-F-003. Excercises  (PDF). 
      • PM-F-004. Materials  (RAR). 
      • PM-F-005. Software  (RAR). 

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    Finite Element Method (FEM)

      • FE-F-001. Introduction  (PDF). 
      • FE-F-002. Theory  (PDF). 
      • FE-F-003. Tutorial   (PDF).  
      • FE-F-004. Excercises  (PDF). 
      • FE-F-005. Materials  (PDF). 
      • FE-F-006. Software  (RAR). 

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    Finite Volume Method (FVM)

    • STAR-CCM +

      Autores: Leo Miguel Gónzalez, Antonio Souto Iglesias, Carlos Ariel Garrido

       

      • CM-F-001. Introducction (PDF).
      • CM-F-002. Tutorials and exercises. (PDF)  
      1. Poiseuille Flow, 
      2. Poiseuille Flow with a Turbulence Model, 
      3. Flow around a cylinder, 
      4. Free surface flow: Dam break.
      • CM-F-003. CAD files and extra files necessary for tutorials and exercises.  (RAR)  

         


      OPEN-FOAM

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    Authors of material