Temperature by leeyizheng

Project: Temperature YIZHENG LI Student Number:1701587 Interior Design

250 facts&figures —— Domenic Lippa Somerset House

1.Knowledge and information as it does today — but does this mean the world is better off as a result? Are we failing to communicate as simply as we should be and can we differentiate between honest facts and fake news? 2.Design Frontiers aims to illuminate the thinking and working practices of these celebrated designers, whose work is redefining the frontiers of their disciplines.

5,700 Million

Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.

9,300Million 逼格 PowerPoint template All for zhuangbility

250 facts&figures â&#x20AC;&#x201D;â&#x20AC;&#x201D; Domenic Lippa Question Everything

19cm 25,300 Global greenhouse gas content reached the highest level in 800,000

LEDS

From 2017 1.Energy saving 2.More than 100000 hours 3.Environmental protection 4.The progress of technology of Led, its luminous efficiency is astonishing breakthrough, the price has been reduced.

mirror People invented a heat mirror anti-fog film. It can make the mirror on the back with anti-fog film on the electric energy efficiency can be transformed to heat energy,

Analysis of Several Cracks in Building Structures (Part 2 of Study on Temperature Shrinkage Joints) In some buildings in China appeared the phenomenon of crack and the crack under different degree of influence the durability of the building and affect the normal use of the building

Monolithic reinforced concrete structures

1.In the different temperature deformation 2.difference about temperature 3. leaking

A frame type of reinforced concrete

1.Two materials affected by the temperature difference expansion coefficient, factory environment temperature

All type of reinforced concrete frame structure

1.Has a great intensity under the influence of temperature caused by the pull little deformation

Conclusion: make good use of building materials in the feature Can reduce the effects of temperature

HOT&COLD / Fabrica Italy

Flow

Flora

Migration

Aroma

Welcome To Coolsummer

Flora

Welcome To The Cool Summer Studio: https://www.Coolsummer.Org

PPT模板下载：www.1ppt.com/moban/ 行业PPT模板：www.1ppt.com/hangye/ 节日PPT模板：www.1ppt.com/jieri/ PPT素材下载：www.1ppt.com/sucai/ PPT背景图片：www.1ppt.com/beijing/ PPT图表下载：www.1ppt.com/tubiao/ 优秀PPT下载：www.1ppt.com/xiazai/ PPT教程： www.1ppt.com/powerpoint/ Word教程： www.1ppt.com/word/ Excel教程：www.1ppt.c om/excel/ 资料下载：www.1ppt.com/ziliao/ PPT课件下载：www.1ppt.com/kejian/ 范文下载：www.1ppt.com/fanwen/ 试卷下载：www.1ppt.c om/shiti / 教案下载：www.1ppt.com/jiaoan/ PPT论坛：www.1ppt.cn

Co ld

Tropical Plants are encased in ice as an enigmatic symbol of hot & cold contrast.

52°C even with high internal temperatures of 52 °C.

As the ice melts away and is collected in a glass vessel, it slowly reveals the hot plants.

MIG RATI ON

Hand-painted electric feathers, expressed the different birds migrate different height, distance and size.

Cavern

Cascade

Air

Solar

Cascade & Cavern

Cascade The process involves the water dropping slightly below freezing point and then super cooling.

An ice cavern, encrusted with glass stalactites becomes intimately lit as someone approaches. Using ambient light projected onto glass it suggests the presence of a fire, transforming a cold and uninhabitable cave into a place of primitive comfort and warmth. In cave dwelling cultures, fire was the essential source of survival. sounds as they orbit around the sun.

Solar

663° C Venus and Neptune, the hottest and coldest planets in the solar system emit atmospheric sounds as they orbit around the sun.

colder than Venus

-201°C Neptune average temperature

a large-scale orbital installation that engages the audience with light

AIR

Jiro Takamatsu is an artist central to the development of post-war art in Japan.

From 1936

52% From 2014

Jiro Takamatsu

-----â&#x20AC;&#x153;Jiro Takamatsu (1936-98)ďź&#x161;The Temperature of Sculpture is the first institutional monographic exhibition . Jiro Takamatsu: The Temperature of Sculpture explores his unique contribution to sculpture.

Jiro Takamatsu is an artist central to the development of post-war art in Japan.

------

Jiro Takamatsu giving form to the imponderables of space and time.

------

The materials Takamatsu chose were always ready at hand. Sometimes they were tangible everyday objects such as bottles, cloth, string, stones or furniture. Other times they had a strong association to sculptural traditions - such as marble, wood, concrete and iron. Significantly, he made use of intangible properties - perspective, shadows and numbers. These he made material and metaphorical in objects, events and drawings, giving form to the imponderables of space and time.

Temperature Inside Room and Outdoors From 10 Minute Diary, A5 artist book, 2010, laserjet print

From 2014

This is an attempt to notate 10 consecutive minutes by means of observation and notation of sounds, movement and temperature employing various methodologies during which two minutes run over. There are 12 images to describe this, including photographs and diagrams.

Mary Yacoob

The Linguistics of Temperature

Temperature reflects the center of the system temperature conditions (hot, cold and frozen, etc.). Here is the key problem of how to use temperature expression, for example.(" warm words ").

How can we talk about temperature and the relationship between language and contacts.

9,300Million é&#x20AC;źć ź PowerPoint template All for zhuangbility Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna

56%

44%

MADE cooling of building Effect of freen roofs & freen walls on temperature of building

No green Only green walls Freen roofs and walls

34%

From 2014 李益达，夜空中最亮逗比！更多PPT 可百度“逼格PPT”，或登录： www.tretars.com 李益达，夜空中最亮逗比！更多PPT 可百度“逼格PPT”，或登录： www.tretars.com 李益达，夜空中最亮逗比！更多PPT 可百度“逼格PPT”，或登录： www.tretars.com

This temperature difference is derectly affected bu the size of the city. (from 1891 to 1968 that there has been a 1.1℃raise for the maximum temperatures. And its inhabited area increased from 100km2 to 2300km2.

passive cooling anticipates promising future directions of study and application.

1.Passive Cooling means of keeping buildings cool. Unlike passive heating, which draws on the sun, passive cooling relies on three natural heat sinks - the sky, the atmosphere, and the earth to achieve temperature moderation. 2.This book describes passive cooling systems. 3.Because passive cooling techniques have a rich and diverse history of worldwide development and applicationă&#x20AC;&#x201A;

Introduction : achieving comfort In any climate

The solar house : passive heating and cooling. Dan Chiras, author of the popular book The Natural House, brings those principles up to date for a new generation of solar enthusiasts.

Passive solar heating and passive cooling--approaches known as natural conditioning-provide comfort throughout the year by reducing, or eliminating, the need for fossil fuel. Yet while heat from sunlight and ventilation from breezes is free for the taking. This drawing shows the bearing angle, the relation of the sun to true north at different times of the year and different times of the day. Trombe walls are one type of solar design used in homes. This diagram shows how they work.

34% From 2014

EXOPLANETS Martin Vargic

Graphic designer Martin Vargic used more than 500 extrasolar planets is arranged on a poster, and according to their size, density, and temperature of the orderly arrangement, show the incredible star in the world.

•

Bibliography

•

Domenic Lippa, (2017) 250 facts&figures, London Design Festival

•

TieMeng Wang, (2013) Structure of several fracture analysis on temperature shrinkage joint research (2)/

•

http://xueshu.baidu.com/s?wd=paperuri%3A%282a6588b3014b2062d0a0ca5574df9051%29&filter=sc_long_sign&tn=SE_xueshusource_2kduw22v&sc_vurl=http%3A%2F%2Fkns.cnki.net%2 FKCMS%2Fdetail%2Fdetail.aspx%3Ffilename%3Dtmgc196003004%26dbname%3DCJFD%26dbcode%3DCJFQ&ie=utf-8&sc_us=14277928167144515983 (Accessed on 25.09.2017)

•

Fabrica, (2014) HOT&COLD At:http://www.gooood.hk/hot-cold-by-fabrica.htm/ (Accessed on 25.09.2017)

•

Le Feuvre Lisa, (2017) Jiro Takamatsu - the temperature of sculpture Temperature of sculpture, Leeds : Henry Moore Institute

•

Mary Yacoob, (2009) Notation of 10 minutes, Mary Yacoob

•

Koptjevskaja-Tamm, Maria, (2015) The linguistics of temperature,

•

Amsterdam, Netherlands ; Philadelphia, Pennsylvania : John Benjamins Publishing Company

•

Welsh School of Architecture, (2005) Made 2, Cardiff : Welsh School of Architecture

•

MIT Press, (1989) Passive cooling, MIT Press

•

Chiras, Daniel D, (2002) The solar house : passive heating and cooling, Chelsea Green

•

Martin Vargic, (2015) EXOPLANETS http://www.halcyonmaps.com/infographics/#/exoplanets/ (Accessed on 29.09.2017)

•

LIST OF ILLUSTRATIONS:

•

Figure 1: Ed Reeve [Poster]. At: https://www.pentagram.com/news/250-facts-figures

•

Figure 2: Chelsea Green [Poster].

•

At:http://ucca.ent.sirsidynix.net.uk/client/en_GB/default/search/detailnonmodal/ent:$002f$002fSD_ILS$002f0$002fSD_ILS:143201/ada?qu=passive+cooling

•

Figure 3: TieMeng Wang, [Poster].

•

At:http://xueshu.baidu.com/s?wd=paperuri%3A%282a6588b3014b2062d0a0ca5574df9051%29&filter=sc_long_sign&tn=SE_xueshusource_2kduw22v&sc_vurl=http%3A%2F%2Fkns.cnki.net %2FKCMS%2Fdetail%2Fdetail.aspx%3Ffilename%3Dtmgc196003004%26dbname%3DCJFD%26dbcode%3DCJFQ&ie=utf-8&sc_us=14277928167144515983

•

Figure 4: Fabrica [Poster]. At:http://www.gooood.hk/hot-cold-by-fabrica.htm/. (Accessed on 25.09.2017)

•

Figure 5: Jerry Hardman-jones [Poster].

•

At:https://www.henry-moore.org/whats-on/2017/07/13/jiro-takamatsu-the-temperature-of-sculpture

•

Figure 6: Mary Yacoob [Poster]. At:https://www.mary-yacoob.com/images

•

Figure 7: Martin Vargic [Poster]. At:http://www.halcyonmaps.com/infographics/#/exoplanets/