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Recent Trends in Civil Engineering: Select Proceedings of Tmsf 2019

為了解決Life cycle Fund的問題，作者 這樣論述：

Dr. Biibhuti Bhusan Das is currently serving as an Associate Professor at National Institute of Technology, Karnataka, Surathkal, India. His research interests include design and development of sustainable construction and building materials, microstructure and durability of concrete, construction p

lanning and practices. Dr. Das has handled a number of research projects sponsored from Department of Science and Technology (DST), Govt. of India; Royal Academy of Engineering (RAEng), UK; Kudremukh Iron Ore Company Limited (KIOCL); Mangalore Refinery and Petro Chemicals Limited (MRPL). The fund ge

neration and research contributions have led to the development of Sustainable Construction and Building Materials Laboratory at NITK Surathkal, a specialized lab that practices the theme of sustainability. He has published over 100 papers in Journals and conferences, and has given several key-note

presentations across the world. He has guided four doctoral students and more than sixty master’s thesis. Currently, he has eight students who are doing their doctoral thesis and around fifteen students having their master’s degree. He has been serving as a Post-Doctoral Research Associate from Cent

re for Innovative Materials Research (CIMR), Lawrence Technological University, Southfield, Michaigan, USA and has obtained Doctorate of Philosophy from Indian Institute of Technology (IIT) Bombay, India. He is a Master’s degree holder in Construction Engineering and Management from Indian Institute

of Technology (IIT) Delhi, India. He has won a number of awards one of the prestigious being the Outstanding Reviewer award from Construction and Building Materials Journal, Elsevier. He has edited number of books entitled Sustainable Construction and Building Materials-Select Proceedings of ICSCBM

2018, Recent Developments in Sustainable Infrastructure-Select Proceedings of ICRDSI 2019, Smart Technologies for Sustainable Development-Select Proceedings of SMTS 2019 and also guest edited the June-2019 edition of the Indian Concrete Journal and is on the editorial panel of some of the reputed C

onstruction Engineering and Material journals.Dr. Sreejith V. Nanukuttan is currently a senior lecturer in the School of Natural and Built Environment, Queen’s University Belfast. He graduated from Queen’s University Belfast with a PhD in civil engineering in 2007 on development of a non-destructive

test for concrete in chloride environments. In 2008, he joined the School of Natural and Built Environment as a lecturer and was instrumental in developing MSc in durability of structures and course on whole life management of structures. In 2013-14 he took Royal Academy supported industrial second

ment with Roads Service Northern Ireland where he was responsible for structural assessment and subsequent rehabilitation of two transport bridges, projects of over £2m. The in-situ test he developed through his PhD for assessing chloride transport through concrete and the instrument is commercializ

ed through Amphora Non-Destructive Ltd., His recently completed EPSRC funded project developed retrofit decision tool for converging energy efficiency measures, this simplified coding is licensed to Energenius for integration with their smart energy management system for social landlords. Through hi

s research he maintains a balance between material technology, building performance and structural efficiency and to date has managed research income of over £1.9m. He has supervised 4 complete PhDs, 6 PDRAs and 2 RAs. He is the immediate past president of Civil Engineering Research Association of I

reland and is a member of RILEM technical committees 230-PSC, 247-DTA and newly formed CIM. He has authored over 75 technical articles including 20 in refereed international journals.Dr. Anil K. Patnaik is a professor of structural engineering at The University of Akron in Ohio, USA. He earned his P

h.D. from the University of Calgary, and master’s degree in structural engineering from the Indian Institute of Technology in Kanpur, and a bachelor’s degree in civil engineering from National Institute of Technology, Rourkela in India. He has over twenty years of experience in academic positions at

South Dakota School of Mines and Technology (SDSM&T) in Rapid City, Curtin University in Perth (Australia), the University of Western Australia, and presently is working at the University of Akron in Ohio. His current and recently funded research projects are on corrosion of reinforced concrete and

steel structures, reinforced concrete members subjected in impact loads, synthetic and basalt fiber reinforced concrete (FRC), fiber reinforced polymer (FRP) materials for structural concrete applications, repair and strengthening of existing structures, construction and long term performance monit

oring of bridge decks, structural slab bridges, prestressed concrete adjacent box-beam bridges, and carbon footprint assessment and life cycle analysis (LCA). He is the author or co-author of over 100 technical papers, and over 100 research and design reports. He edited a book on high volume fly ash

concrete and co-edited a book on high performance high strength concrete. He has several years of experience as a practicing engineer in design and construction of large industrial, commercial and offshore structures, and tall buildings. He taught and continues to teach several courses on structura

l engineering including reinforced and pre-stressed concrete design, FRP reinforced concrete design, senior design, tall building design, steel design and structural analysis at the undergraduate and graduate levels at several universities.Dr. Neena Shekhar Panandikar is principal of Don Bosco Colle

ge of Engineering, Fatorda Goa, entitled to be the first lady Principal of a technical institution in the state of Goa. She has published twenty research papers in various international journals, national and international conferences. As a part of social responsibility, she served as a member and d

eveloped curriculum for Rural Health Education Project, a joint project of Agnel Technical Education Complex in association with Algonquin College, Canada sponsored by CIDA (Canadian International Development Agency). She was appointed as an expert member as a part of Affiliation Committee by the Go

a University to sanction postgraduate program in structural engineering at Goa College of Engineering. She is a life member of ISTE, Association of Structural Engineers and Indian Concrete Institute. She is a Chartered Engineer and has been conferred with IEI fellow membership. She was among 100 lea

ders selected from across the country to attend a workshop on leadership under AICTE-UKIERI, jointly organized by AICTE in association with Dudley College, UK and has received CMI certification in management and leadership. She is also on the academic council of Goa University and at present serving

as a member of Goa State Innovation Council.

對沖

為了解決Life cycle Fund的問題，作者(美)阿莉森•施拉格 這樣論述：

為了創下衝浪紀錄，在鯊魚出沒的海域，去沖50英尺高的巨浪，這值得嗎？ 拍攝動作片和恐怖片，哪個風險更大？   大多數人都不指望經濟學家能回答上述問題，也不指望他們能回答日常生活中的其他問題，比如選誰作為約會物件？去機場要多早才合適？不過，那只是因為這些人還沒有見識過經濟學家、獲獎記者阿莉森·施拉格的研究。施拉格一直致力於研究人們如何識別和應對生活以及工作中的風險。   不管我們是否意識到，我們每天都在或多或少地冒險。那麼真正關鍵的問題就不再是要不要冒險，而是要冒哪些風險、如何衡量這些風險，以及如何增加我們從生活中得到我們想要的東西的機會。   在《對沖》一書中，施拉格向讀者提供了5條應對風險的

規則，這些規則被世界上最有趣的冒險家使用。例如，職業撲克選手菲爾·赫爾穆特如何在賭注很高時保持理性，曼哈頓的狗仔隊如何識別不同種類的風險，肯塔基州的種馬育種者如何分散風險並減少損失，一位身處伊拉克戰場的將軍如何帶領軍隊應對戰場上的不確定性…… 阿莉森·施拉格（Allison Schrager） 美國知名財經新聞媒體Quartz的經濟學家、記者，也是風險諮詢公司Life Cycle的聯合創始人。施拉格涉足的領域非常廣泛，同時從事金融、政策研究和媒體等方面的工作。她在空間基金顧問公司（Dimensional Fund Advisors）領導退休產品創新，並為包括經濟合作與發展組

織和國際貨幣基金組織在內的國際組織提供諮詢服務。她也是《經濟學人》、路透社和《彭博商業週刊》的撰稿人。她擁有哥倫比亞大學經濟學博士學位，目前在紐約大學任教，現居紐約市。 第一章 風險：是什麼，出現在哪些非常規之處 風險是什麼 // 004 妓院經濟學 // 008 金融：關於風險的科學 // 017 風險的規則 // 019 世界越來越有風險，但你可以控制它 // 023 規則1：沒有風險就沒有回報//027 第二章 回報：明確你想要什麼才能得到什麼 迷你卷 // 033 無風險的代價 // 040 對我是無風險，對你則不是 // 042 第三章 冒險：何時應該拒絕安全

、爭取更多 經濟學家也會算錯無風險 // 050 無風險的退休生活 // 055 第四章 好萊塢對確定性的追求永無止境 風險模型破碎之地 // 064 用資料衡量風險：通常會發生什麼 // 068 電影行業：來自偏態的詛咒 // 073 過去不能預測未來 // 080 資料是魔鬼，也是天使 // 081 第五章 風險的類型：狗仔隊不為人知的生活 狗仔隊的黃金法則 // 088 狗仔隊的淘金熱 // 093 特殊風險和系統風險 // 096 區分風險很有用 // 098 我們其實和狗仔隊一樣 // 101 經濟焦慮無處不在 // 103 規則2：賭注很高時，如何保持理性//   105 第

六章 展望理論：回歸理性 如何控制情緒 // 112 我們為什麼厭惡風險 // 113 盈虧平衡效應的作用：線上撲克的世界 // 119 不理性會怎麼樣 // 120 如何像撲克冠軍那樣去冒險 // 122 第七章 風險的錯誤認識：心存僥倖 瘋狂的犯罪 // 131 在理解概率方面，我們都做得很糟糕 // 135 以概率思考並不是天性 // 138 如何掌控風險 // 140 規則3：為風險投資謀求最大回報//   143 第八章 多樣化：在所有錯誤的地方尋找效率 可憐的“挑逗者” // 148 種馬市場效率很低 // 149 育種者如何降低風險 // 152 近親繁殖 // 154 多樣

化的好處 // 158 現代投資組合 // 160 種馬繁殖對馬科維茨的回應 // 165 規則4：成為你領域的主人//169 第九章 消除風險：對沖的藝術 對 沖 // 179 更多地投資於無風險資產 // 181 現代金融 // 183 買入變動方向相反的資產 // 187 負對沖：風險越大，回報越多 // 188 為了未來的航程而對沖 // 190 第十章 保險：引入股票期權 保險就是魔術 // 200 期 權 // 202 希臘字母與風險 // 207 保險是帶有契約的魔術 // 211 期權是幻覺嗎 // 213 第十一章 道德風險：帶著保險去沖大浪 沖大浪者和精算師一樣，區別

只是皮膚曬得更漂亮 // 223 異母兄弟 // 225 金融巨浪 // 229 黃金時代不再 // 232 我們如何做得更好 // 235 規則5：不確定性無處不在   //239 第十二章 不確定性：戰爭迷霧 東73之戰 // 249 未知的“未知” // 251 由於慣於無視不確定性，歷史註定重演 // 254 如何處理不確定性 // 257 從軍事中我們需要學習的 // 260   結 語 // 263 致 謝 // 265 注 釋 // 269

以限制規劃技術建構古蹟建築維護決策最佳化模式

為了解決Life cycle Fund的問題，作者PUTRI UTAMI 這樣論述：

歷史保護和修復，尤其是遺產結構，既重要且困難。 一個成功的長期維護策略，以保持建築物的歷史價值和狀況，這依賴於實現策略和當局的財政可行性。遺產建築維護策略被用作實現一系列目標的決策工具，例如限制退化、保持最佳建築性能、降低運營費用和滿足預算限制。 這項研究提出了一種新的方法，用於在遺產建築保護過程中可能發生的幾種情況下確定最佳維護計劃。在這些情況下，建築狀況、建築使用壽命和各種類型的維護干預等幾個標準與有限的資金採購限制進行了比較。 約束規劃（CP）用於解決本研究中的目標優化問題。 此外，該成果旨在幫助利益相關者、從業者、客戶和決策者根據長期規劃干預（即預算分配、預期壽命）中的預算分配製定遺

產建築保護規劃政策。