Overview of turbulence modcling approaches Strategy for selecting turbulence models Near-wall treatments Setting boundaty conditions Test case: asessrnent of twoequation turbulence modcling for hydrofoil flutvs Guidelines on outlet boundary conditions Guidelines on wall boundary conditionsĦ.35 Guidelines on symmetry and periodic boundary conditions 6.4 Guidelines on turbulence modeling 6.4.1 O v e ~ i e wof setting boundary conditions Guidelines on grid quality and grid design Local refinement and solution adaptationĦ 3 Guidelines on boundary conditions 63.1 Practical Guidelines for CFD Simulation and Analysis 6.1 Introduction 6.2 Guidclines on grid generation 6.2.1 Test case A: channel flow Test case B: Bow over a 90'' bend
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Governing Equations for CFI)-Fundamentalsģ.2 The continuity equation 3.2.1 Mass conservationģ 3 The momentum equation 33.1 Force balanceĮnergy conservation Physical interpretationģ5 The additional equations for turbulent flow 35.1 What is turbulence 33.2 k-E Two-equation turhulcncc modcl 35.3 Commentsģ.6 Generic form of h e governing equations for CFD 3.7 Physical boundary conditions of the governing equations 3.8 Summary Review questionsĤ.1 Introduction 4.2 DLwtization of governing equations 4.2.1Ĭonverting governing equations to algebraic equation system 4.3 Numerical solutions to algebraic cquations 43.2ĬFD Solution Analysis-Essentials 5.1 introductionĥ.4 Convergence 5.4.1 What is convergence 5.4.2Ĭonvergence d i c u l t y and using under-relaxationĬontrolling the solution errors Verification and validationĥ.6 Eficiency 5.7 Case studies 5.7.1 5.7.2 Vcctot plots 2.4.3 Contour plots 2.4.4 Other plots 2.43 Data rcpott and output 2.4.6 Animation 2 5 Summary Review qucstionq 2.4.2 Specification of boundary conditions-step 4Ģ.3 Numerical solution-CFD solver 2.3.1 Iniliiization and solution control-step 5Ģ.4 Result report and visualization-post-process 2.4.1 X-Yplots Selection of physics and fluid properties-step 3 Powcr generation 1.3.9 Sparts 1.4 Thc future of computational fluid dynamics 15 Summary Review questions 1.3.8ĬFD Solulion Procedure-A Beginning 2.1 Introduction 2.2 Problem sctup-pre-process TM57.T835 M07 620.1'0 6 d aīritish Libnry C.taIoguinpla-Wk.Hea Dab A cntaloguc rccord for this book is available from Ihc British Library, ISBN: 971U)-750&85(lt4 For informwtian on all Buttcmurth-Heincmnn publications visit our Web site at Printed in the USA 07 0s 09 10 11 12ġ Working together to grow libraries in developing countriesġ.1 What1 is computational fluid dynamicsġ.2 Advantages of computational fluid dynamics 1.3 Application of computational fluid dynamics 1.3.1Īs an education tool to learn basic thermal-fluid scienceĬhemical and mineral processing Civil and environmental engineering Includes bibliographicalrcferuncesand index. U b m y dCo~greusCalplqing-ja-Pablkath DataĬomputational fluid dynamics: a practicalapproach/Jiyuan Guan Heng Yeoh. Recogniring the importance of preserving wbat has been written, Uswier prints its books on acid-free paper w h e m r possible. or its s u b s i d i e s in the United States or otber cwntries.
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