Interaction Between Transport and Wetting Processes
暫譯: 運輸與濕潤過程之間的互動

Stephan, Peter, Bothe, Dieter, Lambie, Benjamin

Interaction Between Transport and Wetting Processes
  • 出版商: Springer
  • 出版日期: 2026-08-01
  • 售價: $2,690
  • 貴賓價: 9.5 折 $2,555
  • 語言: 英文
  • 頁數: 473
  • 裝訂: Hardcover - also called cloth, retail trade, or trade
  • ISBN: 3032268001
  • ISBN-13: 9783032268006
  • 相關分類: 流體力學 Fluid-mechanics

    • 海外代購書籍(需單獨結帳)

相關主題

商品描述

This open access book explains the wetting of surfaces by fluids or their dewetting plays an important role in numerous processes in production engineering, energy technology and process engineering. However, the mutual influences between the dynamic wetting and dewetting processes and the local transport processes in terms of momentum, energy or material are not sufficiently understood and predictable, especially when the fluids and surfaces are complex and the processes are transient. The Collaborative Research Center 1194 of the German Research Foundation (CRC 1194) has derived 5 overarching goals for its research program: (1) In-depth understanding of the relationships and mechanisms of action of local momentum, heat and mass transport processes on wetting properties and vice versa; (2) Development of physically based, mathematical models, numerical methods and freely available simulation programs; (3) Development of high-resolution measurement methods for the experimental analysis of the interactions of transport and wetting processes, including the establishment of new measuring instruments; (4) Demonstration of the possibilities of targeted influencing and optimization of wetting processes by transport processes and vice versa; (5) Exemplary research into new and improved processes for selected, technically relevant applications. To achieve these goals, researchers from different disciplines (engineering, mathematics, natural sciences) work together in the CRC using complementary methods. This allows the processes to be investigated experimentally, theoretically and numerically on different length scales (nano-micro-meso-macro). In addition, a bridge is built between basic research and application-oriented research. The CRC comprises three project areas: (A) Generic Experiments (B) Modeling and Numerical Simulation and (C) New and Improved Applications. Two generic guiding configurations and OpenFOAM as a common software platform were established as important integrative brackets and for the common focus. The guiding configurations immersion body and droplet are, on the one hand, independent generic experiments that address complementary scientific questions and, on the other hand, arrangements that are taken up in numerous other experiments and that serve to validate the simulation models. In the last funding period, the focus lied on consolidating the comprehensive understanding and description of various coupled phenomena while further increasing the complexity of the fluids and surfaces. In addition, the transfer of measurement technology was accelerated.

商品描述(中文翻譯)

這本開放存取的書籍解釋了流體對表面的濕潤或去濕潤在生產工程、能源技術和過程工程中的重要角色。然而，動態濕潤和去濕潤過程之間的相互影響，以及在動量、能量或物質方面的局部傳輸過程，尚未得到充分理解和預測，特別是當流體和表面複雜且過程是瞬態時。德國研究基金會的協作研究中心1194（CRC 1194）為其研究計劃制定了五個總體目標：(1) 深入理解局部動量、熱量和質量傳輸過程對濕潤性質的關係和作用機制，反之亦然；(2) 開發基於物理的數學模型、數值方法和自由可用的模擬程序；(3) 開發高解析度的測量方法，用於實驗分析傳輸和濕潤過程的相互作用，包括建立新的測量儀器；(4) 演示通過傳輸過程有針對性地影響和優化濕潤過程的可能性，反之亦然；(5) 對選定的技術相關應用進行新和改進過程的示範性研究。為了實現這些目標，來自不同學科（工程、數學、自然科學）的研究人員在CRC中使用互補的方法進行合作。這使得可以在不同的長度尺度（納米-微米-中米-宏觀）上對這些過程進行實驗、理論和數值的研究。此外，還在基礎研究和應用導向研究之間建立了一座橋樑。CRC包括三個項目領域：(A) 通用實驗 (B) 建模和數值模擬 (C) 新的和改進的應用。建立了兩個通用的指導配置和OpenFOAM作為共同的軟體平台，作為重要的整合框架和共同的焦點。指導配置中的浸入體和液滴，一方面是獨立的通用實驗，針對互補的科學問題，另一方面是許多其他實驗中採用的安排，並用於驗證模擬模型。在上一次資助期間，重點在於鞏固對各種耦合現象的全面理解和描述，同時進一步增加流體和表面的複雜性。此外，測量技術的轉移也得到了加速。

作者簡介

Peter Stephan is Full Professor at TU Darmstadt and head of the Institute of Technical Thermodynamics. His research spans heat and mass transfer, interfacial phenomena and thermo fluid systems. He served as Spokesperson of CRC 1194. He is spokesperson of TU Darmstadt's Research Field "Energy & Environment", Vice President of the International Centre for Heat and Mass Transfer and holds editorial positions in several leading heat transfer journals.

Dieter Bothe is Full Professor at TU Darmstadt and head of the Institute for Mathematical Modeling and Analysis. His research focuses on two-phase flows and transport phenomena at fluid interfaces combining continuum-thermodynamical modeling, mathematical and computational analysis, numerical methods, and research software engineering. He served as Co-Spokesperson of the CRC 1194. He is coordinator of TU Darmstadt's research profile topic "Thermo-Fluids & Interfacial Phenomena", associated editor of the international journal "Nonlinear Analysis: Real World Applications" and serves on the editorial advisory board of the "International Journal of Multiphase Flow".

Benjamin Lambie is Managing Director of the TU Darmstadt's Research Field "Energy & Environment", where he also managed the CRC 1194 and coordinated major collaborative research programs. His background spans thermo fluids, multiphase flow systems, research management and digital transformation. He holds a PhD in Mechanical Engineering from TU Darmstadt and previously contributed to the Smart Interfaces Excellence Cluster as researcher and innovation lead.

作者簡介(中文翻譯)

彼得·斯特凡（Peter Stephan）是達姆施塔特工業大學（TU Darmstadt）的全職教授，並擔任技術熱力學研究所所長。他的研究範圍包括熱與質量傳遞、界面現象及熱流體系統。他曾擔任CRC 1194的發言人。他是達姆施塔特工業大學「能源與環境」研究領域的發言人，並擔任國際熱質量傳遞中心的副總裁，還在幾本領先的熱傳遞期刊中擔任編輯職位。

迪特·博特（Dieter Bothe）是達姆施塔特工業大學的全職教授，並擔任數學建模與分析研究所所長。他的研究專注於兩相流動及流體界面的傳輸現象，結合了連續介質熱力學建模、數學與計算分析、數值方法及研究軟體工程。他曾擔任CRC 1194的共同發言人。他是達姆施塔特工業大學「熱流體與界面現象」研究主題的協調者，並擔任國際期刊《非線性分析：現實世界應用》的副編輯，還在《國際多相流期刊》的編輯諮詢委員會中任職。

本傑明·蘭比（Benjamin Lambie）是達姆施塔特工業大學「能源與環境」研究領域的執行董事，他還管理CRC 1194並協調主要的合作研究計畫。他的背景涵蓋熱流體、多相流系統、研究管理及數位轉型。他擁有達姆施塔特工業大學的機械工程博士學位，並曾作為研究員和創新負責人參與智慧介面卓越集群的工作。

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