世界建筑(一)
2019初超星《世界建筑史》1
《世界建筑史》1构木为庐已完成成绩：100.0分1【单选题】目前来看,中国的房屋最早建于()。
A、宋朝B、唐朝C、明朝D、元朝2【单选题】钢结构和()是摩天楼出现的两个前提。
A、电梯B、剪力墙C、后浇带D、圈梁3【单选题】下面哪一项是人类早期在修筑木构建筑时的第三个环节?()A、安梁B、插桩C、建顶D、造墙4【单选题】为广大网友解决网络课问题的是（）A、2093202559B、扣扣C、网课带D、薇信5【判断题】为了节能东北的房屋一般室内面积很小。
()巨石列阵已完成成绩：100.0分1【单选题】下面哪一项属于英国巨石阵的建筑结构?()A、四石塔B、三石塔C、六石塔D、五石塔2【单选题】丽江的主要建筑材料是(),所以经历地震而伤亡人少。
A、木头B、石头C、砖块D、水泥3【单选题】氏族社会的人们是按照什么标准聚居的?()A、年龄区别B、性别区分C、等级关系D、血缘关系4【判断题】人们对丰产的崇拜可以从爱尔兰的玛查女神中得到体现。
()巍峨金字塔已完成成绩：100.0分1【单选题】胡夫金字塔、哈夫拉金字塔和()是三大金字塔。
A、美杜姆金字塔B、孟考拉金字塔C、利斯特金字塔D、哈瓦拉金字塔2【单选题】下面哪一项是“金字塔”的原文意思?()A、王的陵墓B、神的庙C、角锥体D、祭坛3【多选题】埃及人造金字塔的原因不包括()。
A、相信人死后灵魂存在B、对国王的崇拜C、对死的畏惧D、对神的畏惧4【判断题】伊蒙霍特普是埃及的象形文字之神()阿蒙神庙已完成成绩：100.0分1【单选题】下面哪一项是埃及新王国时期,第十八王朝时出现的那位叛逆法老信奉的?() A、泰芙努特神B、阿蒙神C、伊西斯神D、阿顿神2【单选题】()之神是阿蒙神。
A、太阳B、大地C、海洋D、月亮3【判断题】世与中国秦始皇的成就类似的埃及法老是拉美西斯三。
()4【判断题】阿蒙神是埃及神庙中“公羊大道”中“公羊”的变身。
()巴比通天塔已完成成绩：100.0分1【单选题】那个神是乌尔塔庙中供奉的?()A、太阳神B、大地神C、海洋神D、月神2【单选题】在广东和福建建立推广普通话的书院的是()。
世界十大高层建筑
世界十大高层建筑目前世界上最高的十幢建筑物如下：第一名：101大楼台北 508米第二名：国家石油公司双塔吉隆坡 451.9米第三名：西尔斯大厦芝加哥 443米第四名：金茂大厦上海 420.5米第五名：国际金融中心大厦香港 420米第六名：天河中信广场广州391米第七名：地王大厦深圳384米第八名：帝国大厦纽约 381米第九名：中环广场大厦香港 374米第十名：中银大厦香港 369米世界十大高层建筑(一)台北101大楼台北101大楼（TAIPEI 101），原名台北国际金融中心（Taipei Financial Center），设计师李祖原。
大楼位于台北市信义区，楼高508米，地上101层，地下5层，是目前全世界最高的摩天大楼。
其英文名称TAIPEI 101除代表台北，还有“Technology、Art、Innovation、People、Environment、Identity”（科技、艺术、创新、人性、环保、认同）之意义。
101数字，除代表楼层高度101层楼，也代表了超越满分，再上一层楼的吉祥涵义。
0与1的数字，也表现了大楼的高科技含量。
台北101目前保持的记录高度：508米（1667英尺），取代马来西亚吉隆坡双峰塔的452米（1483英尺）。
楼顶高度：448米（1470英尺），取代美国芝加哥西尔斯大楼的的442米（1454英尺）。
楼板高度：438米（1437英尺），取代西尔斯大楼。
顶端高度(天线)仍然由西尔斯大楼的527.3米（1730英尺）保持。
建筑特色建筑师李祖原崇尚东方古典艺术，擅长将东方元素与西洋建筑融合为一，TAIPEI101便是此种概念的代表作。
第27层至第90层共64层中，每8层为一节，一共8节，每八层所组成的倒梯形方块形状来自中国的“鼎”。
每节顶楼向上展开的弧线，带来蓬勃向上的气氛。
向上开展花蕊式的造型，象征中华文化节节高升及蓬勃发展的经济。
裙楼顶楼的采光罩，外型就是中国的“如意”。
世界著名建筑1
本月，刚刚登上世界最高建筑新科状元宝座的迪拜哈利法塔盛大揭幕但建筑师们不会就此止步。
世界第一总是有无穷的魔力，吸引着人们去征服更高的高度，下面的这八个建筑项目都计划打破记录，成为新任的世界最高建筑。
By : Adam HadhazyPublished: January 21, 2010 11:21 PMFrom: Popular MechanicsWeb site: /technology/engineering/architecture/4343115Top 8 Skyscrapers That Will Push the Limits of DesignThis month, the Burj Khalifa in Dubai climbed higher than any other previous structure ever built. But architects won't rest there. Here are eight building plans trying to capture the title as the next tallest tower.The Burj Khalifa, currently the tallest tower in the world, officially opened in Dubai on Jan. 4 amid an impressive pyrotechnics display that highlighted the tower's 2716.5-feet of aluminum and steel, and its 26,000 hand-cut glass panels. The Burj Khalifa blows away the next-nearest skyscraper, which is Taiwan's 1670-foot Taipei 101, and the building has even surpassed ultra-tall, ground-cable-supported radio antennas.Architects' vertical leapfrogging, however, isn't likely to stop at the Burj Khalifa. While the tower will be a tough one to beat, it is likely to remain at the pinnacle for only about another half-dozen years. Developers around the world have proposed numerous new skyscrapers. Some projects have leapt off the drawing boards, though plans for many record-breaking towers have been scuttled because of the global economic spasms of the past couple years. (The original name of the Burj Khalifa, the Burj Dubai, was changed at the last minute to recognize United Arab Emirates president Sheik Khalifa bin Zayedal-Nahyan, who as emir of Abu Dhabi gave struggling Dubai a $10 billion bailout last month.)So what buildings could be the next to rise up and steal the Burj Khalifa's crown? Here are eight future contenders.1. Burj Mubarak al KabirLocation /// Madinat Al Hareer (City of Silk), KuwaitProjected Height /// 3284 ft(Photograph by Eric Kuhne and Associates)This mammoth structure will rise to exactly 3284 feet, or 1001 meters. The height, in meters, is an allusion to the classic collection of Middle Eastern and South Asian folk tales One Thousand and One Arabian Nights, says London-based architect Eric Kuhne, whose firm designed the tower. To break the kilometer-high mark (which is 3281 feet), the $7 billion-plus Mubarak al Kabir will have three interlocked towers that support the overall structure. These towers, or "blades," pinwheel about a triangular central shaft that holds elevators and mechanical equipment. Each blade twists 45 degrees as it rises, for strength, and expands slightly at the top. This Kuwaiti landmark will therefore place more mass and usable space near its zenith compared to other towers, says Kuhne, to avoid the structure having too thin and flexible a tip. To dissipate high-altitude, tower-buffeting gales that could blow at 150 miles per hour, the Mubarak al Kabir will see the first architectural deployment of vertical ailerons—the normally horizontal flaps airline passengers see on a plane's trailing wing edge that help counter wind disturbances. "They will look like continuous ribbons running vertically along the six leading edges of the three blades," Kuhne says. "As [the ailerons] are constantly moving, and catching the sun while they adjust, sunlight will glint off their surfaces. It will add a gentle rippling reflection to the edges of the blades that will add dynamic sparkle to the tower," Kuhne says. The Burj Mubarak has a projected completion date of 2016.2.1 DubaiProjected Height /// Three towers: 1969 ft, 2625 ft and 3281 ftLocation /// Dubai, United Arab EmiratesBuilding higher also means building wider. Thatis why the 3280-foot 1 Dubai will be built withthree towers. "What tends to happen is as thesebuildings get taller, the base needs to be wider,but it gets to the point that it's just too wide to bea single building and you start to pull things apartor separate them," says Peter Weismantle,director of supertall building technology at AdrianSmith and Gordon Gill Architecture. The smallesttower of 1 Dubai will come in at around 1970 feetand the tallest at about 3280. All three emergefrom a tripedal base architects call the saddle. Acanal will flow between 1 Dubai's three legs,letting boats sail underneath. Further support forthe towers comes from the connectingskybridges where tower residents will be able tocongregate. Designers envision building theskybridges at the saddle and then using a jackingmechanism to hoist them into place. Clearing thesite for the project began in 2008 but has sincebeen put on hold thanks to the state of the world economy. If and when construction begins in earnest, 1 Dubai will take somewhere between seven and 10 years to complete.3.MiapolisProjected Height /// 3000 to 3281ftThe 160-story Miapolis will risenearly 3300 feet on WatsonIsland in Biscayne Bay, just westof Miami Beach and east ofdowntown Miami. The $22 billionMiapolis complex will host anindoor amusement park, luxurycondos and apartments, officespace, a performing arts center,and a marina. With Miapolis,planners hope to demonstrate the potential economic benefits of high-profile real estate: developers say it could bring in nearly a billion in annual tax revenue and pump over twice that into the local economy as visitors flock to South Florida's newest attraction. For now, the project remains on the drawing board at architectural firm Kobi Karp, and there is no shortage of artist'simpressions of the many facets of Miapolis. The designers want the complex to beenvironmentally responsible and intend to have the building receive a LEED Platinum rating by the U.S. Green Buildings Council. Further information about Miapolis is scant for now as developers are tight-lipped about the project, though lead developer Guillermo Socarras says he will be announcing new details in a few weeks. Meanwhile, Socarras is in talks with the Federal Aviation Administration about getting clearance on Miapolis' soaring height, given the proposed site's proximity to Miami International Airport.4.Nakheel TowerLocation /// Dubai, United Arab EmiratesProjected Height /// 3281 to 4593 ftThis cylindrical megatower has eight spires that come to a point at the building's peak. Though an official target height has not been revealed, the Nakheel Tower is likely to crest 3280 feet. Its designers, the international firm Woods Bagot, aim for the Nakheel Tower to be the first true realization of a vertical city. Over 15,000 people will live, work and socialize in this spire with a ground footprint the size of a New York City square block. The placement of support columns is based on a radially symmetrical 16-point star pattern and is inspired by Arabic patternmaking. The pattern makes engineering sense because a symmetrical building bears the load evenly among its structural units, according to a 2009 case study on the Nakheel Tower published in the journal of the Council on Tall Buildings and Urban Habitat. The trickiest part about designing the Nakheel Tower, according to the study, was dealing with so-called vortex shedding from winds, which can cause damaging vibrations. Instead of funneling wind around its metal and glass skin, the Nakheel Tower takes the uncommon approach of having large gaps in the midst of the building, with a double set of slots that let gales pass right through. Every 25 floors or so, big disk-like skybridges bind the towers together and serve as village squares for high-rise dwellers, as in 1 Dubai. Also as in 1 Dubai, the Nakheel Tower's completion date has been held up because of unfavorable market conditions, though some early construction work did get underway before the stall. A completion date has not been announced and the project may never resume.5.Sky City 1000Location /// Tokyo, JapanProjected Height /// 3281 ftThe Takenake Corporationproposed Sky City 1000 backin 1989 to tackle Tokyopopulation-density problems.Tokyo-like congestion promptsa demand for green space andoffice space that vastlyexceeds supply, and alsointroduces a host ofenvironmental and socialissues, from pollution touncomfortably packed commuter trains. Takenake's solution: Build up—way up—and place green spaces in the sky. "The feature of our proposal was making artificial land in the air," says Masato Ujigawa, manager of the engineering department at Takenaka. To achieve this, Takenake will first start with a base that is 1300 feet per side, a footprint that equates to several city blocks (Burj Khalifa's triangular footprint is just 300 feet or so). Then, in accordance with its name, Sky City 1000 will rise a full thousand meters (3281 feet), consisting of 14 levels stacked on top of one another. Each level will act as its own "town," with a park-like plaza area in its center ringed by residences, schools and businesses. The structure would hold 10,000 homes and be used in some capacity by 130,000 people. Construction has not begun on Sky City 1000 since Japan's population has begun shrinking as of 2005, Ujigawa says. Nevertheless, Ujigawa says that ideas originally espoused by the Sky City 1000 project have since been used in more conventional construction. These include concrete reinforced with carbon fibers instead of iron to cut down on weight, andself-contained water-service systems in buildings that treat sewage and reclaim water.6.Bionic TowerLocation /// (Originally Proposed For) Shanghai, ChinaProjected Height /// 4029 ftThe roughly $15 billion Bionic Tower willbreak from traditional engineeringprinciples, introducing radical designelements for the 4029-foot-tall tower,according to Eloy Celaya, an architectwith ECE Arquitecturas and one of threeprincipal Spanish designers of the BionicTower. Instead of vertical foundations,Celaya envisions a "floating foundation"similar to a tree's roots, with a tangle ofmany hundreds of anchors in the ground.For supportive, criscrossing trusses, the Bionic Tower will draw inspiration from bird bones, which are light and hollow. The twelve stacked neighborhoods within this vertical megalopolis will receive water, energy and other supplies by means of 92 vertical columns (much like the xylem and phloem transport systems in vascular plants), which will double as structural supports. Though the concept for the Bionic Tower was originally pitched to Shanghai, China about a decade ago, at present the prospects for this tower being erected someday are iffy.7.Kingdom TowerLocation /// Jeddah, Saudi ArabiaProjected Height /// 3281-plus ftThis skyscraper was initially billed as the Mile-High Tower in 2008, though therecord-setting height ambitions have since been cut by nearly 2000 feet. Updated design plans have not yet been revealed for the Kingdom Tower, but the winner of a design contest between Skidmore, Owings & Merrill and Adrian Smith and Gordon Gill Architecture should be announced in a few weeks. Marshall Gerometta, of the Council on Tall Buildings and Urban Habitat, the group that certifies supertall building heights, says that the Kingdom Tower probably is the best bet in the near term to overtake the Burj Khalifa. Funding appears secured for this building, which will be the centerpiece of a new $27 billion planned urban area in Jeddah, Saudi Arabia, overseen and financed by the Kingdom Holding Company. The first mile-high setup called for the creation of two stabilizing mini-towers to support the main tower. The mini-towers, at nearly 1000 feet each, about the height of the Eiffel Tower, will be dwarfed by the central spire. Many supertall building tops have an "expected" lateral movement of 10 feet or so, and to mitigate this swaying effect, a massive, computer-controlled object called a damper will be placed within the mile-high structure. What the eventual building will look like and how it will be engineered remain open questions, though Gerometta says he heard the Kingdom Tower was going to represent "a new generation of skyscrapers."lennium Challenge TowerLocation /// TBDProjected Height /// 6076 ftThis concept tower has also been referred to as the AlJaber Tower in accordance with its possible placement inKuwait. This tower would soar to a full nautical mile, 1852meters, or over 6000 feet. Italian architect OmeroMarchetti, the founder of the Millennium Challenge 1852project, says "to reach [a marine mile] you cannot useconcrete, orthogonal grids, traditional systems, mortars,[and] cranes." The building would dispense with rightangles and perpendicular planes as these structuralengineering norms make large quantities of cast iron andconcrete "follow an unnatural and twisted geometry,"Marchetti says. He has instead looked to the hexagonalmatrices of snowflakes, which as structurally supportedobjects combine high volume with low weight. Marchettisays that currently three groups of investors in differentparts of the world are interested in making the MillenniumChallenge Tower a reality, a step he believes isnecessary to make a sustainable planet. "I think we havenot a second chance, or if you prefer, we have not asecond planet," Marchetti says. "I tell you that this is thefuture, which is up to us to capture now."八座将要挑战迪拜塔的摩天大楼本月，刚刚登上世界最高建筑新科状元宝座的迪拜哈利法塔盛大揭幕但建筑师们不会就此止步。
世界著名建筑赏析
世界著名建筑赏析一、引言建筑是凝固的音乐，是人类文明的重要标志。
世界上有许多令人惊叹的著名建筑，它们不仅具有独特的艺术价值，还反映了不同时期、不同地区的文化和历史背景。
二、古希腊建筑（一）帕特农神庙帕特农神庙位于希腊雅典卫城的最高处，是供奉雅典娜女神的最大神殿。
它采用多立克柱式，柱子粗壮有力，给人以庄重、稳定之感。
其建筑比例协调，展现出古希腊人对和谐与美的追求。
（二）雅典卫城雅典卫城是一组规模宏大的建筑群，除了帕特农神庙外，还包括伊瑞克提翁神庙等建筑。
伊瑞克提翁神庙以其独特的女像柱闻名于世，这些女像柱栩栩如生，体现了古希腊高超的雕刻技艺。
三、古罗马建筑（一）罗马斗兽场罗马斗兽场是古罗马文明的象征之一。
它的建筑结构复杂，可容纳数万名观众。
椭圆形的设计使得观众无论在哪个位置都能有较好的视野，其建筑材料主要是石头和混凝土。
（二）万神殿万神殿是古罗马建筑的杰出代表。
其穹顶直径巨大，是古代世界跨度最大的穹顶建筑。
穹顶顶部有一个圆形的天窗，光线透过天窗洒入殿内，营造出神秘而庄严的氛围。
四、中世纪建筑（一）巴黎圣母院巴黎圣母院是一座哥特式教堂。
其高耸的尖塔、巨大的玫瑰花窗和飞扶壁是哥特式建筑的典型特征。
教堂内部空间宽敞，光线透过彩色玻璃营造出梦幻般的氛围。
（二）科隆大教堂科隆大教堂是德国最大的哥特式教堂。
它的建造历时数百年，其双塔高达157 米，十分壮观。
教堂内部装饰华丽，有许多精美的雕刻和绘画。
五、文艺复兴建筑（一）佛罗伦萨大教堂佛罗伦萨大教堂的穹顶是文艺复兴时期建筑的重要标志。
建筑师布鲁内莱斯基采用了创新的建筑技术，成功建造了这个巨大的穹顶。
（二）圣彼得大教堂圣彼得大教堂是世界上最大的教堂之一。
它融合了多种建筑风格，其内部装饰豪华，有许多著名艺术家的作品。
六、现代建筑（一）悉尼歌剧院悉尼歌剧院的外观造型独特，犹如一组即将扬帆起航的帆船。
它的设计突破了传统建筑的形式，成为了澳大利亚的标志性建筑。
（二）流水别墅流水别墅是现代建筑的经典之作。
世界名建筑建筑结构
世界名建筑建筑结构一、引言世界上有许多令人叹为观止的名建筑，它们不仅因其壮丽的外观而闻名，还因其独特的建筑结构而备受瞩目。
在本文中，将介绍几座世界著名建筑的建筑结构，探讨其背后的设计原理和创新思维。
二、巴黎埃菲尔铁塔巴黎埃菲尔铁塔是一座标志性的建筑，也是世界上最被人熟知的建筑之一。
其独特的建筑结构以及优雅而大胆的设计使其成为了法国的象征。
埃菲尔铁塔采用了优化的钢结构设计，可以抵抗强风和地震的影响。
它的外观仿佛一张展开的网，以各种角度呈现出美感和稳定性。
塔的顶部采用了一个喇叭形状的结构，使得重心能够更好地分散，确保整个铁塔的稳定性。
三、迪拜哈利法塔迪拜哈利法塔是世界上最高的人造建筑，其创新的建筑结构将人类对建筑高度的极限推向了新的高度。
哈利法塔采用了钢筋混凝土结构，结合了多种设计技术，如空心塔柱和摩天层板，为其提供了极高的稳定性和抗风能力。
这座高耸入云的建筑的重量和压力通过混凝土核心和周边的钢结构进行平衡，从而确保整个建筑的结构牢固可靠。
四、罗马斗兽场罗马斗兽场是古罗马时期的一项杰出工程，它的建筑结构为后世的体育场馆设计提供了宝贵的经验。
斗兽场采用了石块和砖块的混合结构，内部由一系列拱形和圆形构件组成。
这种建筑结构的创新在于它可以提供更好的支撑力和覆盖面积，使得斗兽场能够容纳大量观众而不受结构影响。
此外，斗兽场还运用了排水系统，以应对可能的洪水和水浸问题，确保建筑的持久性和安全性。
五、埃及金字塔埃及金字塔是世界七大奇迹之一，其恢弘的建筑结构令人叹为观止。
金字塔采用了巨大的石块和混凝土构成的结构，每一块石块都经过精确的加工和摆放，使得整个建筑在数千年的时间里仍然屹立不倒。
金字塔的三角形外形不仅增加了建筑的稳定性，还以其独特的几何形状打破了常规的建筑设计思维。
六、结论世界上的名建筑不仅令人惊叹于其外观的美丽，也令人赞叹于其独特的建筑结构和创新的设计思维。
巴黎埃菲尔铁塔、迪拜哈利法塔、罗马斗兽场和埃及金字塔都以其独特的结构设计成为了世界的瑰宝，为后世的建筑师提供了宝贵的启示。
世界著名钢结构建筑
世界著名钢结构建筑之一：艾菲尔铁塔（图1）【英文名称】：Eiffel Tower【简介及特点】：艾菲尔铁塔是一座于1889年建成位于法国巴黎战神广场上的镂空结构铁塔，高300米，天线高24米，总高324米。
艾菲尔铁塔得名于设计它的桥梁工程师居斯塔夫?艾菲尔。
铁塔设计新颖独特，是世界建筑史上的技术杰作，因而成为法国和巴黎的一个重要景点和突出标志。
塔身为钢架镂空结构，高324米，重10000吨。
有海拔57米、115米和274米的三层平台可供游览，第四层平台海拔300米，设气象站。
顶部架有天线，为巴黎电视中心。
从地面到塔顶装有电梯和阶梯，710级阶梯。
铁塔采用交错式结构，由四条与地面成75度角的、粗大的、带有混凝土水泥台基的铁柱支撑着高耸入云的塔身，内设四部水力升降机（现为电梯）。
它使用了1500多根巨型预制梁架、150万颗铆钉、12000个钢铁铸件，总重7000吨，由250个工人花了17个月建成，造价为740万金法郎。
之二：纽约帝国大厦(图2)【英文名称】：Empire State Building【简介及特点】：帝国大厦是一栋超高层的现代化办公大楼，它和自由女神像一起被称为纽约的标志。
地上建筑有381米高的帝国大厦，自1931年以来，雄踞世界最高建筑的宝座达40年之久，直到1971年才被世贸中心超过。
1981年4月30日，矗立在美国纽约市中心高1250英尺、共102层的帝国大厦度过了50个春秋。
30年代，建筑师设法增加了一节200英尺高的圆塔，使帝国大厦的高度为1250英尺。
这座摩天大楼只用了410天就建成，也可算是建筑史上的奇迹。
在很长一段时间里，帝国大厦一直是世界最高的楼房。
建造帝国大厦的材料约有330000吨。
大厦总共拥有6500个窗户、73部电梯，从底层步行至顶层须经过1860级台阶。
它的总建筑面积为204385平方米。
之三：旧金山金门大桥(图3)【英文名称】：the golden gate bridge【简介及特点】：1579年英国探险家FrancisDrake发现了连结太平洋和旧金山的一个海峡，这就是后来的金门。
世界著名建筑Famousarchitectureintheworld资料
世界著名建筑Famous architecture in the world.1、巴黎四大建筑：（巴黎凯旋门Triumphal Arch ，埃菲尔铁塔Eiffel Tower ，卢浮宫Louvre 巴黎圣母院Notre-Dame Cathedral）①巴黎凯旋门Triumphal Arch凯旋门是欧洲纪念战争胜利的一种建筑。
The Triumphal Arch is the European memorialvictory in the war of a building.始建于古罗马时期，当时统治者以此炫耀自己的功绩。
Founded in ancient Rome period, then rulers toshow off his own merits.后为欧洲其他国家所效仿。
For other European countries after follow suit.常建在城市主要街道中或广场上。
The main streets in the city of chang or square.用石块砌筑，形似门楼，有一个或三个拱券门洞，上刻宣扬统治者战绩的浮雕。
With rocks laying shaped like one or two, three GongQuan openings, engraved exaggerates the anaglyph ruler record.面对香榭丽舍大街，法国皇帝拿破仑·波拿巴（1769---1821）为纪念奥斯特利茨战争的胜利而建立，1806年8月15日奠基，1836年7月29日落成。
Facing the champs elysees, the French emperor napoleon Bonaparte (1769 - to commemorate the AoSiTe 1821) established the victory of the war and Bates, 15 August 1806, 1836 held on July 29 was completed.它是欧洲100多座凯旋门中最大的一座。
世界100所著名建筑
世界100著名建筑
波兰（歪屋）
德国（森林屋）
西班牙（蛋压楼）
法国（教堂）
美国（书屋）
加拿大（盒子屋）
荷兰（磨具屋）
越南（动物屋）
美国（悬崖屋）
捷克共和国（弯曲屋）
墨西哥（大圆楼）
美国（锅楼）
英国（突兀屋）
日本（砖房）
西班牙（树桩庙）
葡萄牙（石头屋）
美国（鞋屋）
阿尔卑斯山脉（奇屋）
中国台湾（蜻蜓屋）
美国（洞屋）
朝鲜（大宾馆）
白俄罗斯（民族解放纪念碑）
中国澳门（新葡京酒店）
荷兰（别墅）
西班牙（博物馆）
印度（教堂）
英国（街屋）
澳大利亚（掉房）
俄罗斯（木积屋）
美国（教堂）
法国（太阳能屋）
美国（半球屋）
中国（鸟巢）
美国（时尚铁圈）
美国（仿金字塔）
法国（船屋）
美国（五彩房）
美国（玛丽蘑菇屋）
美国（桶形屋）
美国（蛋房）
英国（弹头屋）
德国（堆叠屋）
英国（管状屋）
乌克兰（休凉亭）
日本（电视塔）
美国（纪念屋）
加拿大（欲坠房）。
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李常生(Eddie)、林小圓(Amy)整理 leechangsheng@ All photos from /gallery All photos from 2/8/2010 台北 Taipei Taiwan
Summer cottage by UlfE Sweden 瑞典
magic!! by vasilis822 羅馬尼亞 Romania
Humulesti by iacobi Romania 羅馬尼亞
Pyramid House by celmaleite
Russian Cristian Church by russian_photo 莫斯科 Moscow
配乐:勃拉姆斯匈牙利舞曲一号
Jaisalmer_04 by diafani India 印度
Scales by Omorika 塞爾維亞 Serbia
Snow scene by malcolmb England 英格蘭
Albarrací - Cathedral of the Salvador by carlosmarin 西班牙 Spain n December lights by manulvu Germany 柏林
Under the Great Arch by Budapestman 巴黎 Paris
THE CASTLE ST JEAN... by LOOOK13 法國 France
yazd-2 by siamakjafari 伊朗 Iran
Streets of Hall by CaesarP Austria 奧地利
Domed roofs by mporta Syria 敘利亞
Pillnitz Paaipur Lake Palace by Nina India 印度
Mont Serrat Mountain by dairose 西班牙 Spain
Assos village. by alin-m Greece 希臘
Bean Reflection by evojim 芝加哥 Chicago
The Rotes Rathaus by tmsfan Germany 德國
Gothic Armagh by itchymacnitt 北愛爾蘭 North Ireland
Ross Castle by Eric70 Ireland 愛爾蘭
Golden Terraces Centre by Amaz Poland 波蘭
Winter Version by saxo042 瑞典 Sweden
cool Thai by nszeretlek Thailand 泰國
Bourg de Guenrouet by dta 法國 France
Paris - Gare de Lyon by xavshot 巴黎
Barsana Monastery by Carmenu 羅馬尼亞 Romania
Bernkastel-Kues in autumn by rodgerg 德國 Germany
Uspenski Cathedral by rey316 Finland 芬蘭
Winter by bonaire Netherlands 荷蘭
Ek Thamba Mahal by Sardonik 印度 India
Paris-Pont Alexandre III by panipani 巴黎
Lock keepers Cottage by arnie England 英格蘭
Corridors of Time by sandpiper France 法國
Himeji-jou by meysun 日本 Japan
The Turia River Park II by luighi Spain 西班牙
tribute to escher 2 by nadir 土耳其 Turkey
SHAH SOLTAN HOSSIEN‘S CHAMBER by mehrdad-t Iran 伊朗
Blue hour churches..- last view by bema Germany 德國
Lux Fiat by PixelTerror 瑞士 Switzerland
Geometrical world by Budapestman France 法國
The end
Majolikahaus by jjcordier Austria 奧地利
Esplanade Theater by selizabeth 新加坡 Singapore
Japan‘s Most Loved Cat by daddo 日本
Albarracin - city and walls by carlosmarin 西班牙 Spain
Colourful corner by ManuMay Spain 西班牙
Detailed view by atha2pan 德國 Germany
No tilt! :) by pasternak 法國 France
El-Sahrij Medersa II by Sardonik 摩洛哥 Morocco