CLCTK
                                    LanguageENG
                                    PublishYear2016
                                
                                    publishCompany
                                    Wiley
                                
                                
                                    EISBN
                                    9781118535448
                                
                                
                                    PISBN
                                    9780470756256
                                
                                
                            - Product Details
- Contents
                                  The heavily revised and extended second edition  offers a complete text and reference book to this well-established  approach to the numerical solution of heat transfer and fluid flow  problems       This  2nd edition is much extended, and is much improved as  both a reference and textbook for research and training. It  includes a total of 8 new chapters on the topics of radiation heat  transfer, heat exchangers, mass transfer, solidification and  melting, turbulent heat transfer, adaptive finite element methods,  new applications such as fuel cell modelling and special topics of  particular interest to heat transfer engineers such as micro-heat  transfer equipments and micro-channel flows. These new topics,  along with examples of their applications, serve to further  illustrate the capabilities and versatility of the finite element  method and educate the reader as to the state-of-the-art of the  science and technologies involved. All chapters feature new  examples and exercises.     ·          Appropriate for teaching and research at both  fundamental and advanced levels  ·          Presents several examples of applications of the  finite element method that will be of interest to both students and  practitioners  ·          Includes a large number of examples and exercises on  heat transfer problems  
                        
                    
                    
                        Collected by
                    - University of Oxford
- UCB
 
                 
            
 
         
             
                         
                     
                                 
                                 
                                 
                                 
					 
					