Ecaade 2021 Towards a New, Configurable Architecture, Volume 2
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The Case of Wooden Buddhist Temples*
ETHNOLOGY DOI: 10.17746/1563-0110.2017.45.2.142-148 A.Y. Mainicheva1, 2, V.V. Talapov2, and Zhang Guanying3 1Institute of Archaeology and Ethnography, Siberian Branch, Russian Academy of Sciences, Pr. Akademika Lavrentieva 17, Novosibirsk, 630090, Russia E-mail: [email protected] 2Novosibirsk State University of Architecture, Design and Arts, Krasny pr. 38, Novosibirsk, 630099, Russia E-mail: [email protected] 3AVIC Forestry CO., LTD, International Business Div. 22F, No. 28 Changjiang Rd, YEDA, Yantai, Shandong, China E-mail: [email protected] Principles of the Information Modeling of Cultural Heritage Objects: The Case of Wooden Buddhist Temples* This article describes the principles and prospects of using the BIM (building information modeling) technology, which was for the fi rst time used to reconstruct wooden Buddhist temples, to assess cultural information relating to them, and to evaluate the impact of the environment and exploitation. Preserving and restoring such temples is diffi cult because their construction includes wooden brackets—dougong. The BIM technology and our own method based on treatises of old Chinese architecture have enabled us to generate an information model of the temple (a new means of information processing) and to test it for geometric consistency. To create a library of elements, the Autodesk Revit software was used. To test the effi ciency of the library we applied the information model to the Shengmudian temple in the Shanxi province. The adaptation of the dougong library elements to wooden Buddhist temples provides the possibility for applying such technologies to generate a unifi ed system regardless of the software. Keywords: Architectural monuments, information modeling, BIM, Buddhist temples, dougong. -
Temple Architecture of Liao & Jin Dynasty
Recent Researches in Energy, Environment and Landscape Architecture Temple Architecture of Liao&Jin dynasty(916-1234A.D) in Datong JI JIANLE, CHENRONG College of Landscape Architecture Nanjing Forestry University 159 Longpan Road, 210037, Nanjing CHINA [email protected] http://yuanlin.njfu.edu.cn Abstract:Datong was the auxiliary capital of Liao and Jin Dynasties, it was also the Buddhist center of northern china at that time. A lot of Buddhist buildings were carefully preserved there. Most people don’t know that the architecture of the same time, such as Song, Liao and Jin Dynasties are followed Tang Dynasty but the same time they are different from each other. After doing the research about the Buddhist buildings in Datong, it was known that the architecture style of the dynasties of the same time such as Song , Liao and Jin was followed Tang Dynasty. But what is the difference from them? Through research these Buddhist buildings, we can conclude that people in Liao and Jin periods followed the architectural style of Tang Dynasty -- roof gentle gradient, eaves overhangs deeply, large Dougong, thick columns, the appearance of the building is simple, forceful and effective, unlike the building of Song , soft and beautiful. However, the building of Liao Dynasty developed their own characteristics, the appearance and use of oblique Dougong. Key Words: Datong,Liao and Jin Dynasties,Buddhism,architectural styles,Dougong,roof,decline of the columns during the end of Tang Dynasty and Wudai Dynasty 1 The Buddhist buildings during Liao until the beginning of Khitan Dynasty . Datong was in the Yanyun sixteen states, which later occupied by and Jin periods in Datong area Khitan in the times of Houjin Dynasty. -
Building Information Modeling and Virtual Reality: Editing of IFC Elements in Virtual Reality
Technische Universität München Ingenieurfakultät Bau Geo Umwelt Lehrstuhl für Computergestützte Modellierung und Simulation Building Information Modeling and Virtual Reality: Editing of IFC Elements in Virtual Reality Masterthesis für den Master of Science Studiengang Bauingenieurwesen Autor: Frieder Kirn Matrikelnummer: 03625347 1. Betreuer: M. Sc. Alex Braun 2. Betreuer: M. Sc. Anirudh Nandavar Ausgabedatum: 01. Mai 2018 Abgabedatum: 31. Oktober 2018 Kurzfassung III Kurzfassung In den letzten Jahren hat sich die VR (Virtual Reality) Technologie zu einer der wichtigsten Innovationen in der Industrie entwickelt. Mit Hilfe von HMDs (Head- Mounted Displays) sind immersive Erfahrungen in einer computer generierten Umgebung möglich. Dabei können sich Nutzer in einer virtuellen Welt bewegen und mit ihr interagieren. In der Bauindustrie hat sich zudem BIM (Building Information Modeling) als neuester Standard hinsichtlich Planung, Umsetzung und des Betriebs von Gebäuden und Infrakstrukturbauwerken etabliert. Durch digitalisierte Prozesse und standardisierte Datenaustauschformate wie den IFC (Industry Foundation Classes), ist mit Hilfe von BIM ein effizientes und planungssicheres Bauen möglich. Dabei spielt die Kommunikation zwischen den Projektbeteiligten durch die Visualisierung von BIM Daten eine entscheidende Rolle. Die Visualisierung von BIM Daten in VR bietet Nutzern die Möglichkeit zukünftige Bauwerke maßstabsgetreu zu erleben und damit Planungsfehler frühzeitig zu erkennen und sie zu korrigieren. Diese Arbeit erörtert die Anwendungsmöglichkeiten von VR in BIM sowie die Bearbeitung von IFC Modellen in VR. Abstract IV Abstract In recent years VR (Virtual Reality) technology has become one of the most important innovations in the industry. With the help of HMDs (Head-Mounted Displays), immersive experiences in a computer-generated environment are possible. In this way, users can move and interact with a virtual world. -
The Political Symbolism of Chinese Timber Structure: a Historical Study of Official Construction in Yingzao-Fashi
The Political Symbolism of Chinese Timber Structure: a historical study of official construction in Yingzao-fashi Pengfei Ma A thesis in fulfilment of the requirements for the degree of Doctor of Philosophy School of Built Environment 2020 Surname/Family Name : Ma Given Name/s : Pengfei Abbreviation for degree as give in the University calendar : PhD Faculty : Faculty of Built Environment School : School of Built Environment Thesis Title : The Political Symbolism of Chinese Timber Structure: a historical study of official construction in Yingzao-fashi Abstract 350 words maximum: (PLEASE TYPE) This research presents a historical study of timber construction in the official building code Yingzao-fashi from the lens of politics. The longevity of Chinese civilisation is associated with the ephemeral but renewable timber structure of Chinese buildings. Such an enduring and stable tie, to a large extent, should be attributed to the adaptability of timber structures to the premodern Chinese political system. The inquiry and analysis of the research are structured into three key aspects — the impetus of Yingzao-fashi, official construction systems, the political symbolism of and literature associated with timber structure. The areas of inquiry are all centred on the research question: how did Chinese timber structure of different types serve premodern Chinese politics? First, Yingzhao-fashi has been studied by scholars mainly from a technical point of view, but it was a construction code designed to realise the agenda of political reform. Secondly, the main classifications of timber structures in Yingzao-fashi – diange and tingtang – possessed distinct construction methods of vertical massing and horizontal connection respectively. These two methods, emphasising different architectural elements, are identified as two construction systems created for royal family and officials: royal construction and government construction. -
BOSNIA and HERZEGOVINA MINISTRY of FOREIGN AFFAIRS Department of Diplomatic Protocol
BOSNIA AND HERZEGOVINA MINISTRY OF FOREIGN AFFAIRS Department of Diplomatic Protocol DIPLOMATIC AND CONSULAR CORPS AND INTERNATIONAL ORGANIZATIONS IN BOSNIA AND HERZEGOVINA December, 2015 1 2 C O N T E N T S Order of Precedence among the Heads of Diplomatic Missions and dates of presentation of credentials 8 Heads of Diplomatic Representation Offices 10 Diplomatic Missions accredited to Bosnia and Herzegovina * - Non Resident ALBANIA* 13 ALGERIA * 15 ANGOLA * 19 ARGENTINA * 21 ARMENIA* 23 AUSTRALIA * 25 AUSTRIA 27 AZERBAIJAN* 31 BANGLADESH * 33 BELARUS * 35 BELGIUM * 37 BRAZIL 41 BULGARIA 43 BURKINA FASO * 45 CANADA* 47 CHILE * 49 CHINA 51 COSTA RICA* 53 CROATIA 55 CUBA * 57 CYPRUS* 59 CZECH REPUBLIC 61 DENMARK* 63 ECUADOR* 65 EGYPT 67 ESTONIA * 69 3 FINLAND * 71 FRANCE 73 GEORGIA* 77 GERMANY 79 GREECE 83 HOLY SEE 85 HUNGARY 87 ICELAND * 89 INDIA * 91 INDONESIA 93 IRAN 95 IRAQ* 97 IRELAND * 99 ISRAEL * 101 ITALY 103 JAPAN 107 JORDAN * 109 KAZAKHSTAN* 111 KOREA (Democratic People's Republic) * 113 KOREA (Republic of Korea) * 115 KUWAIT 117 LATVIA * 119 LITHUANIA* 121 LIBYA 123 LUXEMBOURG* 127 MACEDONIA 129 MALAYSIA 131 MALI * 133 MALTA * 135 MAURITANIA* 137 MEXICO * 139 MOLDOVA * 141 MONGOLIA* 143 MONTENEGRO 145 4 MOROCCO * 147 THE NETHERLANDS 149 NEW ZEALAND * 151 NIGERIA * 153 NORWAY 155 OMAN * 157 PAKISTAN 159 PALESTINE 161 PERU * 163 PHILIPPINES * 165 POLAND 167 PORTUGAL* 169 QATAR 171 ROMANIA 173 RUSSIA 175 SAN MARINO 177 SAUDI ARABIA 181 SERBIA 185 SYRIA * 187 SLOVAKIA 189 SLOVENIA 191 SOUTH AFRICA * 193 THE SOVEREIGN MILITARY ORDER -
Calculation and Analysis of the Loads of Dou-Gong Brackets on Ming Dynasty Wooden Buildings in China
ISSN 1330-3651 (Print), ISSN 1848-6339 (Online) https://doi.org/10.17559/TV-20200308070648 Preliminary communication Calculation and Analysis of the Loads of Dou-Gong Brackets on Ming Dynasty Wooden Buildings in China Chengya ZHANG, Yubo GAO*, Enze DUAN Abstract: Constructions of Chinese ancient wooden buildings not only perform a seismic behavior but also benefit stability of the whole structures under static loads to protect Chinese ancient wooden buildings. Based on the surveying and mapping of JinciMirror Terrace and the collected data, load on the Mirror Terrace is calculated to provide the accurate value of the load, which can be used to determine the repair plan and provide a reference for later calculation of similar ancient buildings. The static stability is analyzed to determine whether the main components of the Mirror Terrace have good performance, discover the structural ideas of the ancients during construction, and provide a basis for the protection and maintenance of the buildings. Keywords: ancient building; internal force; load range; Ming dynasty; static load 1 INTRODUCTION AND RESEARCH AIM certain Shaolin hall [11]. It can be seen that although the predecessors had systematic research and analysis in There has been a problem in the ancient building that calculation of the ancient building loads, they only started detailed and exact data on the weight of ancient building from the perspective of official practice [12, 13] and their roofs is lacking. This brought certain difficulties to the content is also based on the calculations made by the structural design and cultural relics repair work [1]. official method that are more applicable to official Without accurate data, the value of the roof load is buildings and the load calculation and analysis of non- determined by experience during structural design, which official buildings are lacking. -
The Caisson – Review of a Unique Wooden Construction Typology in China
The caisson – review of a unique wooden construction typology in China Corentin Fivet École Polytechnique Fédérale de Lausanne, Fribourg, Switzerland Jingxian Ye Shanghai, China Peiliang Xu Ninghai County Cultural Heritage Administration Office, Zhejiang, China ABSTRACT: The caisson is a wooden construction system that covers opera stages for rain protection and sound control. Caissons in China display a diverse range of geometric expressions, delicate manufacturing, structural behaviours, and acoustic qualities. Despite their uniqueness and patrimonial interest, very little liter- ature is known to exist, and it lacks comprehensiveness. First, this paper attempts to compile for the first time a comprehensive list of publications on caissons. Fifteen sources are identified, among which six papers address the origin and interpretation of douba and spiral caissons. In addition, other types are here recorded, based on an original field research in Zhejiang and Shanxi provinces. Following this survey, the paper also suggests a classification for caisson types according to their geometries, construction process, and structural behaviour. This classification is further supported by the interviews with a local carpenter master who specialized in the renovation and component replacement of caissons. Considerations on carving artistries, painting, and pest control are also given eventually. As a result, this study brings forward the caisson’s diversity, fineness, and significance for the history of wood joinery construction. KEYWORDS: 12th-19th centuries, China, Wood-only-construction, Typology, Construction Technology 1 INTRODUCTION refers to the aquatic plants, and ‘well’ means the wa- ter source. Therefore, the caisson is traditionally the In China, a large amount of the world’s persistent ar- symbol of a steady flow of water, hoping to suppress chitectural heritage in wood-only construction has the trouble caused by the fire-devil and to protect the been preserved for several generations. -
Imperial Tombs of the Ming and Qing Dynasties
WHC Nomination Documentation File Name: 1004.pdf UNESCO Region: ASIA AND THE PACIFIC __________________________________________________________________________________________________ SITE NAME: Imperial Tombs of the Ming and Qing Dynasties DA TE OF INSCRIPTION: 2nd December 2000 STATE PARTY: CHINA CRITERIA: C (i) (ii) (iii) (iv) (vi) DECISION OF THE WORLD HERITAGE COMMITTEE: Criterion (i):The harmonious integration of remarkable architectural groups in a natural environment chosen to meet the criteria of geomancy (Fengshui) makes the Ming and Qing Imperial Tombs masterpieces of human creative genius. Criteria (ii), (iii) and (iv):The imperial mausolea are outstanding testimony to a cultural and architectural tradition that for over five hundred years dominated this part of the world; by reason of their integration into the natural environment, they make up a unique ensemble of cultural landscapes. Criterion (vi):The Ming and Qing Tombs are dazzling illustrations of the beliefs, world view, and geomantic theories of Fengshui prevalent in feudal China. They have served as burial edifices for illustrious personages and as the theatre for major events that have marked the history of China. The Committee took note, with appreciation, of the State Party's intention to nominate the Mingshaoling Mausoleum at Nanjing (Jiangsu Province) and the Changping complex in the future as an extention to the Imperial Tombs of the Ming and Qing dynasties. BRIEF DESCRIPTIONS The Ming and Qing imperial tombs are natural sites modified by human influence, carefully chosen according to the principles of geomancy (Fengshui) to house numerous buildings of traditional architectural design and decoration. They illustrate the continuity over five centuries of a world view and concept of power specific to feudal China. -
Concept Types and Frames in Language, Cognition and Science
Concept Types and Frames in Language, Cognition and Science SHORT FOR Research Unit SPONSOR Functional Concepts and Frames ORGANIZATION Düsseldorf LOCATION CTF09 TOPICS DATE INVITED SPEAKERS Linguistics Computational Linguistics Mathematics Aug 24 – 26, 2009 Cognitive Psychology Barbara Abbott Neuroscience, Philosophy Lawrence Barsalou Philosophy of Science Jerry Hobbs History of Science Beth Levin James Pustejovsky Barry Smith Paul Thagard Program & Abstracts General Chair:Sebastian Löbner Organization: Thomas Gamerschlag Doris Gerland Anna Grabowski Rainer Osswald Wiebke Petersen Tim Riebe UNI-KLINIKEN HEINRICH HEINE UNIVERSITY HOTELS FLORA, CAMPUS GOLDEN TULIP, HAUS MOOREN UNIVERSITY RESTAURANTS BUILDING 21.11 RESTAURANT “SUBWAY” X Uni Uni Mensa West CAFETERIA CAFETERIA BUS 835/836 Uni Ost TO SCHLOSS MICKELN CONFERENCE SITE Uni Mitte B UILDING 25.22 RESTAURANT & CAFETERIA BUS 835/836 TO CITY CENTER/ HOTELS BUS STOP BOTANIC GARDEN COMPUTER CENTER BUILDING 25.41 Contents Imprint 2 Welcome 3 General Information 4 Guided Tour & Conference Dinner 5 Pubs & Restaurants 6 Abstracts 11 Plenary Talks 11 Section Talks 17 Maps of the Conference Site 103 Index of Contributors 105 Schedule 107 CTF 09 University of Düsseldorf, August 24-26, 2009 The organizing committee of the CTF09 Thomas Gamerschlag (Department of General Linguistics) Doris Gerland (Department of General Linguistics) Anna Grabowski (Department of General Linguistics) Rainer Osswald (Department of General Linguistics) Wiebke Petersen (Department of General Linguistics) Tim Riebe (Department of General Linguistics) Contact Heinrich-Heine-Universität Institute for Language and Information Department of General Linguistics Universitätsstraße 1 40225 Düsseldorf Germany Phone +49 211 81-125 54 (during the conference: +49 211 81-10623) Cell phone 0163-9496036 Fax +49 211 81-113 25 Email [email protected] 2 CTF 09 General Information Welcome Welcome to the 2009 international conference on Concept Types and Frames at Düsseldorf, and welcome to the city of Düsseldorf and its university. -
Urban Demolition and the Aesthetics of Recent Ruins In
Urban Demolition and the Aesthetics of Recent Ruins in Experimental Photography from China Xavier Ortells-Nicolau Directors de tesi: Dr. Carles Prado-Fonts i Dr. Joaquín Beltrán Antolín Doctorat en Traducció i Estudis Interculturals Departament de Traducció, Interpretació i d’Estudis de l’Àsia Oriental Universitat Autònoma de Barcelona 2015 ii 工地不知道从哪天起,我们居住的城市 变成了一片名副其实的大工地 这变形记的场京仿佛一场 反复上演的噩梦,时时光顾失眠着 走到睡乡之前的一刻 就好像门面上悬着一快褪色的招牌 “欢迎光临”,太熟识了 以到于她也真的适应了这种的生活 No sé desde cuándo, la ciudad donde vivimos 比起那些在工地中忙碌的人群 se convirtió en un enorme sitio de obras, digno de ese 她就像一只蜂后,在一间屋子里 nombre, 孵化不知道是什么的后代 este paisaJe metamorfoseado se asemeja a una 哦,写作,生育,繁衍,结果,死去 pesadilla presentada una y otra vez, visitando a menudo el insomnio 但是工地还在运转着,这浩大的工程 de un momento antes de llegar hasta el país del sueño, 简直没有停止的一天,今人绝望 como el descolorido letrero que cuelga en la fachada de 她不得不设想,这能是新一轮 una tienda, 通天塔建造工程:设计师躲在 “honrados por su preferencia”, demasiado familiar, 安全的地下室里,就像卡夫卡的鼹鼠, de modo que para ella también resulta cómodo este modo 或锡安城的心脏,谁在乎呢? de vida, 多少人满怀信心,一致于信心成了目标 en contraste con la multitud aJetreada que se afana en la 工程质量,完成日期倒成了次要的 obra, 我们这个时代,也许只有偶然性突发性 ella parece una abeja reina, en su cuarto propio, incubando quién sabe qué descendencia. 能够结束一切,不会是“哗”的一声。 Ah, escribir, procrear, multipicarse, dar fruto, morir, pero el sitio de obras sigue operando, este vasto proyecto 周瓒 parece casi no tener fecha de entrega, desesperante, ella debe imaginar, esto es un nuevo proyecto, construir una torre de Babel: los ingenieros escondidos en el sótano de seguridad, como el topo de Kafka o el corazón de Sión, a quién le importa cuánta gente se llenó de confianza, de modo que esa confianza se volvió el fin, la calidad y la fecha de entrega, cosas de importancia secundaria. -
Chinese Architecture and Metaphor: Song Culture in the Yingzao Fashi
Feng Jiren Jiren Feng ,KTMENIE;.6OTJJ 63 Introduction Between the carpenter’s weight strings and marking lines [is something] close to government order and enlightenment (繩墨之 間鄰於政教). Li Hua, “Hanyuandian fu” 1 When the Tang (618–907) scholar Li Hua 李華 (715–766) composed his poetic essay dedicated to the Enfolding-Vitality Hall (Hanyuandian 含 元殿, built in 663), the most magnifi cent building in the imperial palace compound in Chang’an 長安 (modern Xi’an), he lent a special meaning to the construction of architecture. Th e hall was where the court handled state aff airs and held grand ceremonies. While eulogizing the virtues and deeds of Emperor Gaozong (高宗 628–683, r. 649–683), the patron of the hall, Li Hua emphasized the importance of the “grand scope and magnitude” (宏模廓度) and “majestic structure” (壯麗棟宇)2 for the imperial palaces because these concerned state policy and moral edifi cation. Using two fundamental carpenter’s tools, sheng 繩 (weight strings or plumb lines) and mo 墨 (ink-marking lines), to represent the process of the construction of buildings, he expressed a remarkable idea: that the activity of the carpenter was in some way parallel or relevant to ideals of government. Specifi cally, the craftsmen’s regulating process could be seen as embodying government order and virtue. ,KTMEJEOTZXUOTJJ 63 2 INTRODUCTION Th is notion refl ects, more generally, the way that ancient Chinese literati perceived architecture and the built environment. From early times, many Chinese writers sang the praises of the “imperial virtues” by describing the process of the construction and striking architectural features of the majestic buildings patronized by a king or an emperor, with the implication that the architecture itself proclaimed or symbolized the ruler’s wisdom and virtue. -
LIGO SCIENTIFIC COLLABORATION VIRGO COLLABORATION the LSC
LIGO SCIENTIFIC COLLABORATION VIRGO COLLABORATION Document Type LIGO–T1800058-v2 VIR-0119B-18 The LSC-Virgo White Paper on Gravitational Wave Data Analysis and Astrophysics (Summer 2018 edition) The LSC-Virgo Data Analysis Council including the LSC-Virgo Data Analysis Working Groups and the Detector Characterization and Calibration Working Groups WWW: http://www.ligo.org/ and http://www.virgo.infn.it Processed with LATEX on 2018/10/01 LSC-Virgo White Paper on GW Data Analysis and Astrophysics Contents 1 Overview and Executive Summary 4 1.1 Searches for Generic Transients, or Bursts . .5 1.2 Searches for Signals from Compact Binary Coalescences . .8 1.3 Searches for Continuous-Wave Signals . 11 1.4 Searches for Stochastic Backgrounds . 13 1.5 Characterization of the Detectors and their Data . 15 1.6 Data Calibration, Hardware Injection, and Timing Diagnostics . 18 2 Burst Group Activity Plans 21 2.1 Search for short-duration Gravitational-Wave (GW) bursts . 21 2.2 Search without templates for GWs from binary black holes . 22 2.3 GW burst signal charaterization . 24 2.4 Search for GW transients from isolated neutron stars . 24 2.5 Searches for GWs from core-collapse supernova . 25 2.6 Service and technical activities for Burst searches . 26 3 CBC Group Activity Plans 28 3.1 CBC parameter estimation R&D . 28 3.2 Tests of General Relativity R&D . 30 3.3 CBC waveform models R&D . 31 3.4 Binary coalescence rates and population R&D . 32 3.5 CBC cosmology R&D . 34 3.6 CBC detection and search R&D .