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SimuSage

張貼者:2010年9月19日 上午2:43未知的使用者   [ eddie liu 已於 2011年5月10日 下午8:01 更新 ]
歡迎全球工作隊 - 熱化學技術的源工具
Simusage的圖像允許生成基於熱化學模擬的過程模擬僅僅是通過在圖形屏幕上簡單的拖放。

只有在特別的情況下用戶可以向程序中加入外在的自己的代碼,這個程序的主要部分是由DELPHI和本地連接的SimuSage的繪圖圖形組合來完成。

每個SimuSage的應用是利用數據文件為導向使用戶可以通過Factsage從一個或多個普通的數據庫中摘取或者按照他的特殊要求通過CTT來給用戶提供。




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開發商:GTT-Technologies
原廠網址:http://gttserv.lth.rwth-aachen.de/~cg/Software/SimuSage/IndexFrame.htm
更新日期:2011/05/11
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SimuSage是一個現代化的申請執行的所有好處的最新軟件開發的原則。 作為一組的RAD(快速應用開發)組件,它可以集成到任何模擬。 該組件支持的屬性繼承,封裝和多態性。

SimuSage完全支持ChemApp流概念,階段,相組成,系統組成和使用標準ChemSage熱化學數據文件。 
使用一個數據庫,SimuSage允許用戶定義類型和材料流的基礎上ChemSage數據文件。

一個新的公式:ChemApp +德爾福= SimuSage


圖3.1和Delphi結合ChemApp到SimuSage


所帶來的好處的一個概念,它加入嚴格的能源themochemistry吉布斯在ChemApp與圖形組成部分的編程環境,如德爾福是顯而易見的:

  • RAD數據通信公司(快速應用開發)過程模擬/流程圖,最低金額的節目。
  • 幾乎沒有任何限制,以模擬的複雜性。
  • 完全集成到Delphi中,所有的語言特點和編程工具。
  • OO設計的優點:可重用的組件,可擴展性,通過繼承等
  • 可視化編程,從而快速32位Windows程序。
  • 由此產生的方案,可分發到最終用戶,德爾福需要。
  • 數據庫後端的流和物質的定義。 


  • 迭代,嵌套和逆流過程:遠遠超過允許在一個簡單的循環溫度或組成範圍,SimuSage允許迭代過程,嵌套循環,逆流流動,以及所有類型的流量控制想像。
  • 快速,定制獨立的程序:SimuSage嵌入到一個國家的最先進的Windows開發環境(Borland的德爾福®),生產速度快,獨立的可執行文件。只需添加一個DLL和熱化學以及材料數據文件。
  • 顧問的理想工具:編譯可執行文件可再發行要求,自編譯的程序保護您的進程的具體知識,SimuSage是一個完美的工具,如果你是一個顧問。
  • 可視化編程,可選的編碼:SimuSage完全支持RAD數據通信概念,使大會的一個高度可視化的流程過程。 對於簡單的流程圖,幾乎無需編程是必要的。然而,學習一步一步如何添加到您的SimuSage Delphi代碼流程為您提供了幾乎無限的靈活性。
  • 任意源輸入條件:一個平衡的條件計算可以設置在許多方面:通過用戶輸入,作為一個以前定義的輸入材料,從外部加載的文件,返回由調用其他程序模塊或外部的DLL。
  • 可擴展的單元操作:如果SimuSage不提供準確的單位操作,您需要,可以很容易地設置自己,或者,在即將到來的版本SimuSage,推導出它的任何現有的1。
  • 範圍最廣的熱化學數據可用:全部為無機物質熱化學數據庫目前可用於綜合熱力學的數據庫系統FactSage可作為源模擬與SimuSage。 只要選擇適當的數據庫(s)在FactSage,定義你的化學系統,選擇相關階段和物種,並下載數據文件SimuSage。 數據庫提供:SGTE(氣體,金屬系統),事實(礦渣,鹽,眼鏡),貴金屬,輕合金,Nulear材料等。
  • 開放的一切:雖然您的主要利益可能出在熱化學方面的一切,你能想像把你的代碼中,以增加模擬可以添加到SimuSage(如熱物理性能,成本計算)。











SimuSage is a modern application carrying all the benifits of the latest software development principles. As a set of RAD (Rapid Application Development) components, it can be integrated into any simulation. The components support the properties of inheritance, encapsulation and polymorphism.

SimuSage fully supports the ChemApp concepts of streams, phases, phase constituents, system components and uses standard ChemSage thermochemical data-files.
Using a database, SimuSage allows the user to define stream types and materials based on a ChemSage data-file.

A new equation: ChemApp + Delphi = SimuSage


Figure 3.1 Combining ChemApp and Delphi into SimuSage


The benefits of a concept which joins rigorous Gibbs energy themochemistry as in ChemApp with graphical components in a programming environment as in Delphi are obvious:

  • RAD (Rapid Application Development) of process simulations/flowsheets with a minimum amount of programming.
  • Virtually no restrictions as to the complexity of the simulation.
  • Fully integrated into Delphi, all language features and programming tools available.
  • Benefits of OO design: Reusability of components, extensibility through inheritance, etc.
  • Visual programming, resulting in fast 32 bit Windows programs.
  • Resulting programs can be distributed to end users, no Delphi required.
  • Database back end for stream and material definitions.


  • Iterative, nested and counter-current processes: Far more than just allowing for simple loops over a temperature or composition range, SimuSage allows for iterative processes, nested loops, counter-current flows, and all types of flow control imaginable.
  • Fast, custom-made standalone programs: SimuSage is embedded into a state-of-the-art Windows development environment (Borland Delphi®), which produces fast, standalone executables. Just add one DLL and the thermochemical as well as the material data-files.
  • The ideal tool for consultants: The compiled executables are redistributable upon request, and since the compiled programs protect your process-specific know-how, SimuSage is the perfect tool if you are a consultant.
  • Visual programming, optional coding: SimuSage fully supports the RAD concept by making the assembly of your flowsheet a highly visual process. For simple flowsheets, virtually no programming is necessary. However, learning step by step how to add Delphi code to your SimuSage flowsheet gives you almost limitless flexibility.
  • Arbitrary source for input conditions: The conditions for an equilibrium calculation can be set in many ways: through user input, as a previously defined input material, loaded from external files, returned by calls to other program modules or external DLLs.
  • Extensible unit operations: If SimuSage does not provide exactly the unit operation you need, it’s easy to set up your own, or, in upcoming versions of SimuSage, to derive it from any existing one.
  • Widest range of thermochemical data available: All thermochemical databases for inorganic substances presently available for the integrated thermodynamic databank system FactSage can be used as source for simulation work with SimuSage. Just choose the appropriate database(s) in FactSage, define your chemical system, select the relevant phases and species, and download the data-file for SimuSage. Data bases available: SGTE (gases, metallic systems), FACT (slags, salts, glasses), Noble Metals, Light Alloys, Nulear Materials, and others.
  • Open to everything: Although your primary interests may lie with the thermochemical aspects, everything that you can imagine putting in code to augment your simulation can be added to SimuSage (e.g thermophysical properties, cost calculations).