Data Structures Using C

OpenFOAM software and its growing popularity is attributed to the scope of customization for specific applications and large scale parallel simulations. This open source software is widely used in aerospace community and its popularity is increasing at a rapid pace. Introduction to OpenFOAM for Aeronautical Engineers covers aerospace CFD which includes turbulence modelling, external aerodynamics, compressible flows, sprays and combustion from the OpenFOAM usage perspective. The book provides adequate examples covering most of the aspects of CFD code and enables readers to carry out their own modifications. Additionally, modification of existing solvers and utilities to implement new models as well as tips and tricks related to solvers used in aeronautical applications are included. Lastly, a short introduction to Linux and C++ is provided along with references to other easily available sources. Introduction to OpenFOAM for Aeronautical Engineers is for aerospace researchers, engineers,

本書包括"概述”"直連網絡”"網絡互連”"端到端的通信”"互聯網應用層協議”共 5 章內容，較為系統全面地介紹了計算機網絡的基本原理和基本應用："直連網絡”中介紹了數據鏈路層的相關內容，"網絡互連”中介紹了網絡層的相關內容，"端到端的通信”中介紹了運輸層的相關內容，"互聯網應用層協議”介紹了應用層的相關內容。每章都包含若干實驗內容，且在最後附有習題，與其他計算機網絡書籍不同，本書中與協議分析相關的主觀題居多，而計算題相對較少，需要較多計算題的讀者，可以參考由電子工業出版社出版、謝希仁教授編著的《計算機網絡釋疑與習題解答》一書。 本書需要讀者具備初步的 Python 編程經驗；當然，具備 C、C++或 Java 編程經驗的讀者，也能夠理解本書中的 Python 程序。無編程經驗的讀者可以忽略與 Python 相關的實驗內容。本書可作為計算機類專業和電氣信息類專業的本科生教材，也可作為非計算機類相關專業的研究生教材；對於 IT 行業的從業人員及計算機網絡工程的從業人員，本書也具有一定的參考價值。