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出版商:
Springer
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出版日期:
2026-03-10
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售價:
$2,720
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貴賓價:
9.5 折
$2,584
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語言:
英文
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頁數:
631
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裝訂:
Hardcover - also called cloth, retail trade, or trade
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ISBN:
3032011930
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ISBN-13:
9783032011930
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相關分類:
熱力學 Thermodynamics
商品描述
This open access conference proceedings contains all the papers presented at ICTIMT 2024, the 4th International Conference on Thermal Issues in Machine Tools. The precision of machine tools is primarily affected by their thermal behavior. Over the past two decades, it has become clear that simply placing machines in a temperature-controlled environment is not the most efficient solution. Instead, machine tool manufacturers are responsible for minimizing the misbehavior of their machines under normal job shop conditions. This requires a profound understanding of the energy conversion within the machine, prominently in the process zone, but also the different drives the guiding systems and the auxiliary devices. Thermal analysis and modeling of machines have become indispensable for implementing numerical corrections and compensations. Additionally, model-based corrections contribute actively to energy savings and sustainability, as they can reduce or eliminate the need for air conditioning without compromising precision. Research organizations and machine tool industries worldwide are highly interested in developing industrially viable solutions to further enhance precision. However, the modeling task is becoming increasingly challenging as precision requirements continue to rise. This book gathers the latest international research results in the analysis and compensation of machine tools.
商品描述(中文翻譯)
本開放存取的會議論文集包含了在ICTIMT 2024（第四屆國際機械工具熱問題會議）上發表的所有論文。機械工具的精度主要受到其熱行為的影響。在過去的二十年中，已經明確指出，僅僅將機器放置在溫度控制的環境中並不是最有效的解決方案。相反，機械工具製造商有責任在正常的工作環境條件下最小化其機器的不當行為。這需要對機器內部的能量轉換有深刻的理解，特別是在加工區域，但也包括驅動系統、導向系統和輔助設備的不同驅動。機器的熱分析和建模已成為實施數值修正和補償不可或缺的部分。此外，基於模型的修正積極促進了能源節約和可持續性，因為它們可以在不妥協精度的情況下減少或消除對空調的需求。
全球的研究機構和機械工具產業對開發工業上可行的解決方案以進一步提高精度非常感興趣。然而，隨著精度要求的不斷提高，建模任務變得越來越具挑戰性。
本書匯集了機械工具分析和補償方面的最新國際研究成果。
作者簡介
Konrad Wegener is since 1st of August 2023 Senior Advisor of the Swiss technology transfer center inspire AG. From October 2003 til July 2023 he was full professor and head of the IWF (Institut of machine tools and manufacturing) at ETH Zurich and headed different sections of inspire AG. Fields of research are today optimization of machine tools, cyberphysical production systems, cutting technology, additive manufacturing, laser material processing and electro discharge machining. He is fellow of the CIRP. After his studies in mechanical engineering and PHD in Braunschweig 1990 he began his industrial carreer at Schuler Presses GmbH & Co. KG in Göppingen as head of design and layout planning departments. In 1999 he became general manager of a newly acquired company for laser systems. Under his leadership large welding machines for shipbuilding and construction of aeroplanes, welding and cutting machines for the automotive industry and cutters for fabric have been developed and built. Markus Bambach is since 1 February 2020 Full Professor of Advanced Manufacturing at ETH Zurich and heads the Advanced Manufacturing Laboratory. In August 2023, he took over the lead of the Institute of Machine Tools and Manufacturing (IWF) from Prof. Konrad Wegener in the Department of Mechanical and Process Engineering (D-MAVT). Since 2024 he additionally serves ETH Zurich as Vice Rector for Study Programmes. Prof. Bambach earned a Dipl.-Ing. in Materials Science from Saarland University (2002), a Dr.-Ing. in Mechanical Engineering (2008) and a Habilitation (2014) from RWTH Aachen. After having served as senior engineer at the Institute of Metal Forming, RWTH Aachen, he has been appointed Full Professor for Mechanical Design and Manufacturing at Brandenburg University of Technology Cottbus-Senftenberg (BTU) in 2015. Fields of research today include additive and hybrid manufacturing, metal forming, sintering, the development of power materials, cyber-physical production systems and AI-driven optimisation of machines and manufacturing processes. He is an Associate Member of the International Academy for Production Engineering (CIRP) and active in various networks on smart and sustainable manufacturing.
作者簡介(中文翻譯)
Konrad Wegener 自2023年8月1日起擔任瑞士技術轉移中心 inspire AG 的高級顧問。從2003年10月到2023年7月，他是蘇黎世聯邦理工學院（ETH Zurich）機械工具與製造研究所（IWF）的全職教授及所長，並負責 inspire AG 的不同部門。當前的研究領域包括機械工具的優化、網路物理生產系統、切削技術、增材製造、激光材料加工和電火花加工。他是國際生產工程學會（CIRP）的成員。1990年，他在布倫瑞克獲得機械工程學位及博士學位後，開始在 Schuler Presses GmbH & Co. KG 擔任設計與佈局規劃部門的負責人，展開他的工業生涯。1999年，他成為一家新收購的激光系統公司的總經理。在他的領導下，開發並建造了大型焊接機器，用於造船和飛機製造，汽車工業的焊接和切割機器，以及用於布料的切割機。
Markus Bambach 自2020年2月1日起擔任蘇黎世聯邦理工學院的先進製造全職教授，並負責先進製造實驗室。2023年8月，他接任機械工具與製造研究所（IWF）的所長，接替 Konrad Wegener 教授，並在機械與過程工程系（D-MAVT）任職。自2024年起，他還擔任蘇黎世聯邦理工學院的學術副校長，負責學位課程。
Bambach 教授於2002年在薩爾蘭大學獲得材料科學的工程學士學位，於2008年獲得機械工程的博士學位，並於2014年獲得哈比林（Habilitation）資格，均來自亞琛工業大學（RWTH Aachen）。在擔任亞琛工業大學金屬成形研究所的高級工程師後，他於2015年被任命為布蘭登堡科技大學（Brandenburg University of Technology Cottbus-Senftenberg，BTU）機械設計與製造的全職教授。
當前的研究領域包括增材與混合製造、金屬成形、燒結、功能材料的開發、網路物理生產系統以及基於人工智慧的機器與製造過程優化。他是國際生產工程學會（CIRP）的副會員，並積極參與各種智能與可持續製造的網絡。
