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Deterministic and fuzzy-based methods to evaluate community resilience

Earthquake Engineering and Engineering Vibration 2018年第2期17卷 261-275页

作者： Omar Kammouh Ali Zamani Noori veronica taurino Stephen A.Mahin Gian Paolo Cimellaro Department of Civil Structural & Geotechnical Engineering Politecnico di Torino Sim Center Byron and Elvira Nishkian Professor of Structural Engineering 777 Davis Hall University of California Department of Civil and Environmental Engineering University of California

Community resilience is becoming a growing concern for authorities and decision *** paper introduces two indicator-based methods to evaluate the resilience of communities based on the PEOPLES *** is a multi-layered framework that defines community resilience using seven *** of the dimensions is described through a set of resilience indicators collected from literature and they are linked to a measure allowing the analytical computation of the indicator’s *** first method proposed in this paper requires data on previous disasters as an input and returns as output a performance function for each indicator and a performance function for the whole *** second method exploits a knowledge-based fuzzy modeling for its *** method allows a quantitative evaluation of the PEOPLES indicators using descriptive knowledge rather than deterministic data including the uncertainty involved in the *** output of the fuzzy-based method is a resilience index for each indicator as well as a resilience index for the *** paper also introduces an open source online tool in which the first method is implemented.A case study illustrating the application of the first method and the usage of the tool is also provided in the paper.

关键词： Deterministic approach resilience indicators fuzzy method PEOPLES framework Earthquake resilience

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50 m/s in Cooling Bed to Enhance Profitability in Rebar Production

50 m/s in Cooling Bed to Enhance Profitability in Rebar Prod...

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第八届（2011）中国钢铁年会

作者： Luigi Tambosco Andrea taurino Bar & Wire Rod Mills Dept.- Danieli Morgardshammar Long Product - Danieli Morgardshammar

Achieving a very high production rate for the smaller-size range of bars products,in order to exploit reheating furnace capacity fully,has always been a common goal for bar producers *** one of the most common ways to reach this goal is to use the well-known Multistrand Slit Rolling system,a combination of dedicated roll-pass design and dedicated guiding equipment to shape and longitudinally separate the rolled stock into two,three or four individual strands,rolled together as one single bar down to the final finished *** alternative technology that will result in a real breakthrough innovation for the full spectrum of steel producers worldwide,will be the ultra-high speed bar finishing rolling and delivery into the cooling bed through the Danieli HTC "High-speed Twin Channel".This system,originally invented and patented by Danieli in the early 1970 s,has been operating successfully worldwide since then with speeds that,from the original top speed of 20 m/s during those years,has now reached the record speed of 50 m/s in the cooling *** HTC perfectly suits the latest generation high-production bar mills where smaller-size bars are slit at the pre-finishing continuous mill stands and finished on two independent strands through two Delta-type high-speed *** paper introduces the technical characteristics of the ultrahigh speed bar finishing rolling and delivery system,as well as its main highlights and benefits（...among the most significant:the possibility of producing down to 6-mm-dia rebars at very high output rates）.

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Latest Generation Equipment, Processes and Technologies in Wire Rod Production. Opportunities Galore for the World Steel Market

Latest Generation Equipment, Processes and Technologies in W...

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第八届（2011）中国钢铁年会

作者： A.Celano N.Redolfi O.Englund A.taurino Area Sales Manager Bar & Wire Rod Mills-Danieli & C.Officine Meccaniche S.p.A.–Italy Executive Product Manager Bar & Wire Rod Mills-Danieli & C. Officine Meccaniche S.p.A.–Italy Sales Director–Sund Birsta AB–Sweden Marketing Manager Long Products Division – Danieli & C. Officine Meccaniche S.p.A.–Italy

＜正＞1 Introduction The large number of steel producers and the continuously progressing technology make the long products market day by day more competitive and *** the conquest of a market niche can be achieved only by combining high plant productivity and efficiency with a superior quality of the finished *** requirements call for a continuous development in technology in order to provide long product rolling mills with modern production processes and highly efficient and productive finishing *** the various latest Danieli Morgrdshammar innovations and technology advances,particular

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以高达50m/s的速度将棒材送上冷床以提高螺纹钢棒材生产经济效益对中国的新挑战

以高达50m/s的速度将棒材送上冷床以提高螺纹钢棒材生产经济效益...

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第七届(2009)中国钢铁年会

作者： F.Rocchetti A.taurino 达涅利摩根沙玛-棒线材产品部达涅利& C.S.p.a.-长材产品部

以很高的生产率生产小规格棒材产品,以充分发挥加热炉生产能力,一直是全世界棒材生产商共同追求的一个目标。对于中国市场来说,为实现这一目标,最常用的方式就是众所周知的多线切分轧制系统。它采用专用轧辊孔型设计和特殊的导卫设备,... 详细信息

以很高的生产率生产小规格棒材产品,以充分发挥加热炉生产能力,一直是全世界棒材生产商共同追求的一个目标。对于中国市场来说,为实现这一目标,最常用的方式就是众所周知的多线切分轧制系统。它采用专用轧辊孔型设计和特殊的导卫设备,以使轧件成形,并纵向切分为2线、3线或4线棒材。然后,同时将各线棒材轧制到最终产品尺寸规格。能够在中国的棒材轧机上应用的具有革命性创新意义的一项可选技术,将是超高速棒材精轧和通过达涅利HTC（High-speed Twin Channel）"高速双通道"输送系统,将精轧后的棒材高速送上冷床。双通道高速输送系统最初是由达涅利早在上世纪70年代初期研制开发,并申请专利的;此后在全世界获得广泛应用。它将棒材输送到冷床上的速度也由最初几年的20m/s最大速度,逐渐发展到今天创纪录的50m/s。HTC双通道高速输送系统非常适用于最新一代高效棒材轧机。高效棒材轧机在生产小规格棒材时,可在连续式预精轧机上进行切分轧制,然后在两个独立的Delta高速线材轧制机组,同时完成双线精轧。本文将介绍超高速棒材精轧机组和高速输送系统的主要技术特点、它们的主要亮点和给用户带来的好处（其中最显著的特点是可以极高的生产效率,生产最小直径为Φ6mm的小规格螺纹钢棒材）。

关键词： MSR-多线切分轧制达涅利双通道棒材输送系统 HTC-高速双通道输送系统 DWB高速线材精轧机组每个齿槽一根棒材 50 mps冷床输入速度。

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ABS“LUNA”轧钢厂从2000年至今工艺设备改造及其效果

ABS“LUNA”轧钢厂从2000年至今工艺设备改造及其效果

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第七届(2009)中国钢铁年会

作者： Ivica GRGIC Paolo BORZONE Davor SOSIC Andrea taurino ABS公司Luna工厂 ABS公司达涅利长材销售部

＜正＞为了适应特殊钢的市场需求,ABS"LUNA"轧钢厂计划通过一座隧道式加热炉将轧钢厂与连铸机相连接,实现ECR连铸连轧工艺。这样ABS"LUNA"轧钢厂将有能力更快更灵活地为客户定制各种品种和产量要求的产品,并且缩短客户的待货时间。

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HER2-based recombinant immunogen to target DCs through FcγRs for cancer immunotherapy

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世界最新医学信息文摘 2015年第5期 7-7页

作者： Ilaria Grazia Zizzari Filippo Veglia Federica taurino Hassan Rahimi Elena Quaglino Francesca Belleudi Federica Riccardo Morena Antonilli Chiara Napoletano Filippo Bellati Pierluigi Benedetti-Panici Maria Rosaria Torrisi Luigi Frati Marianna Nuti Aurelia Rughetti

Dendritic cell(DC)-based immunotherapy is an attractive approach to induce long lasting antitumor effector cells aiming to control cancer progression. DC targeting is a critical step in the design of DC vaccines in order to optimize delivery and processing of the antigen, and several receptors have been characterized for this purpose. In this study, we employed the FcγRs to target DCs both in vitro and in vivo. We designed a recombinant molecule(HER2- Fc) composed of the immunogenic sequence of the human tumor-associated antigen HER2(aa 364–391) and the Fc domain of a human Ig G1. In a mouse model, HER2-Fc c DNA vaccination activated significant T cell-mediated immune responses towards HER2 peptide epitopes as detected by IFN-γ ELIspot and induced longer tumor latency as compared to Ctrl-Fc-vaccinated control mice. Human in vitro studies indicated that the recombinant HER2-Fc immunogen efficiently targeted human DCs through the FcγRs resulting in protein cross-processing and in the activation of autologous HER2-specific CD8+ T cells from breast cancer patients.

关键词： Dendritic cells Cancer immunotherapy HER2 Antigen processing FcγR Dendritic cell targeting

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