Nis 09
Five Basic Classes in OpenFOAM
Hrvoje Jasak, Wikki
United Kingdom and Germany
Sixth OpenFOAM Workshop, Penn State University, 13-16 June 2011.
[gview file=”http://www.openfoamworkshop.org/6th_OpenFOAM_Workshop_2011/Program/Training/jasak2_slides.pdf”]
Nis 09
2009-Introduction to OpenFOAM-Ole Lindberg-LectureSlides10_openfoam
Nis 09
Original page: >>http://www.engr.uky.edu/~acfd/lecturenotes.html
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Lecture Notes (PDF Format)
ME330: Elementary Fluid Dynamics. Lecture Notes, 2.7MB, PDF, new version of the PDF file will be ready soon;Syllabus)EGR537: Basic Computational Numerical Analysis. (Lecture Notes, 1.7MB, PDF, new version of the PDF file will be ready soon; Syllabus) ME634: Introduction to Turbulence. (Lecture Notes, 0.9MB, PDF, in progress; Syllabus)
ME690: Computational Numerical Analysis of Partial Differential Equations. (Lecture Notes, 1.4MB, PDF, Syllabus) ME699: CFD of Incompressible Flow. (Lecture Notes, 0.7MB, PDF, in progress; Syllabus)
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Original page: >>http://www.engr.uky.edu/~acfd/introduction.html
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The Advanced CFD Group is a small, highly selective, very capable research group directed by Prof. J. M. McDonough conducting state-of-the-art research in computational fluid dynamics—use of digital computers to solve the partial differential equations describing flow of fluids—with a focus on development of new computational algorithms and techniques to obtain more accurate solutions in a shorter time in the context of very difficult engineering problems involving turbulent fluid flow, combustion chemistry, phase-change phenomena and combinations of these. The research conducted by the Advanced CFD Group is more mathematically oriented than is typical in engineering; in addition there is emphasis on developing and characterizing new, advanced computational procedures in contrast to the usual engineering practice of simply applying existing methods to new problems. At the same time, the Advanced CFD Group is able to handle practical problems in more precise and efficient ways, and welcomes opportunities to do so.
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Nis 09
Original page: >> http://www.stanford.edu/~dkarthik/Teaching/CFD4/cfd4.html
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Introduction to Computational Fluid Dynamics*
* I used to teach this in Glasgow, but have (some of the) notes here
Course Title: CFD 4
Course code: 1C7X
Lecturer: Karthik Duraisamy
Lectures: Tuesday 12pm-1pm (James Watt J7)
Friday 9am-10am (James Watt J7)Note: Handouts are not comprehensive and are given only to supplement the notes that you write down in class.
Handouts :
Intro Slides [ppt]
Model Equations [pdf]
Discretization [pdf]
Modified Wave number analysis [pdf]
Grids [ppt]
DNS/LES/RANS [ppt]
Case Studies [ppt]Homework:
Homework 1 [pdf]
OPTIONAL Exercise for Homework 1: Repeat question 3 for Scheme II. Note: This will invove inverting a matrix.
Homework 2 [pdf]
OPTIONAL Exercise for Homework 2: Try to plot contours of x vs t vs u
Homework 3 [pdf]Project Description:
Project [pdf] [Due on 22nd May]
Airfoil Coordinates [dat]
Measured Pressure Coefficient [dat]
Measured Velocity profile [dat]Sample Matlab code:
To compute exact solution of diffusion equation [code]
To compute exact solution of convection equation [code]
To compute numerical solution of diffusion equation [code]
To compute numerical solution of convection equation [code]
To compute numerical approximation to first derivative [code]
Fourier analysis example [code]
Nis 09
Mendeley araştırmanızı organize etmenize, aynı alanda çalışan diğer araştırmacılarla işbirliği yapmanıza ve en son araştırmaları keşfetmenize yarayan ücretsiz bir referans yönetim aracı ve akademik sosyal bir ağdır.
• Otomatik olarak referanslarınızı istediğiniz stilde oluşturur,
• Online olan diğer araştırmacılarla işbirliği yapmanızı sağlar,
• Bilgisayarınızda yer alan okunacak ve okunmuş makalelerinizi organize eder,
• Okuduğunuz makaleleri temel alarak size ayni konuda okuyabileceğiniz başka makaleleri önerir,
• Yanınızda bilgisayarınız olmasa dâhil, bilgisayarınıza indirdiğiniz makalelere çevrimiçi olarak erişim imkân sağlar,
• Akıllı telefonlarınız ve tabletleriniz ile istediğiniz yerde makalelerinizi okumanıza imkan verir.
Hemen ücretsiz üye olun ve bilgisayarınıza indirin.
Erişim ve Üyelik Adresi: https://www.mendeley.com/
Mendeley Kullanım Kılavuzunu indirmek İçin Tıklayın.
[gview file=”http://kutuphane.aku.edu.tr/wp-content/uploads/sites/34/2016/12/Mendeley-Kullan%C4%B1m-K%C4%B1lavuzu.pdf”]
http://kutuphane.aku.edu.tr/mendeley/
Turkish Teaching Presentation for Mendeley
[gview file="https://blog.aku.edu.tr/abaydir/abaydir/files/2012/04/62446587-2011-Mendeley-Teaching-Presentation-TR.pdf%22]
Nis 09
Date: December 14, 2011
Time: 9:30-11:00 a.m. EST
Description: This course provides a hands-on overview of the ParaView visualization application. The basic interactive visual exploration process is demonstrated, including data loading, data processing, adjusting parameters and data interaction. Key concepts such as cutting, clipping, contouring, probing, and glyphing are discussed in this course. This course provides examples of generating output in the form of processed data, rendered images, and animations. Prerequisites: None.
http://paraview.org/paraview/resources/webinars.html
Nis 09
ParaView (Photo credit: Wikipedia)
Eric Wernert discusses Scalable Distributed Visualization Using ParaView at the Virtual Summer School for Computational Science and Engineering at NCSA, summer 2010
http://hpcuniversity.org/
Nis 09
ParaViewVisualization CourseComparative Viewing, XY Plot, Spreadsheet View
Dr. Jean M. Favre
Chief ScientistVisualization Group Leader
2009-05
[gview file=”http://www.ci-ra.org/Documents/Seminaires/05-2009/ParaView.ViewingPlotting.pdf”]
Nis 08
Akademik kültür, doktora tezleri ve teşekkür!
Akademik kültür, doktora tezleri ve teşekkür! – Milliyet.com.tr.
Nis 06
http://www.youtube.com/watch?v=FnyTiZW-gnc&list=UUuHU00pJNnwnSN21wb91AWA&index=1&feature=plcp
This FLOW-3D maritime simulation demonstrates nautical inconvenience of a ship aground on the rocks losing fuel from her tanks. CFD results post-processed by EnSight. Modeling courtesy of XC Engineering.