摘要：Sala Phuket餐厅是泰国普吉岛上最知名的餐厅之一。餐厅的周边环境是那样的原始、自然,因此设计师希望能够将自己的设计完全地融入这美丽的大自然之中。怎样才能做到让设计如同这里的环境一样——美丽、静谧、单纯,设计师花费了大量的心思。

摘要：花满地温泉酒店是河南建业集团第一家自营品牌酒店,它坐落在许昌市鄢陵县,距离河南省会郑州100 km。因大自然的偏爱,这里居于南北方气候的过渡区,南花北调、北花南迁,各方花卉汇聚于此,享有'花木之乡'的美誉;此外,这里也是温泉胜地,是养生旅居和温泉度假的首选之地。国际知名建筑师Amata Luphaiboon同样被这里蕴藏着的深厚自然魅力吸引。

摘要：泰国创意和设计中心（TCDC）是泰国政府重要的设计育成基地,旨在通过激发社会整体的创新精神来促进全国的创新型经济发展,它为社会提供了广泛的资源和服务平台。TCDC主要由设计库、材料库和一个联合办公空间组成,同时还包括一个创客空间,以及众多展览空间和工作空间。经过半年的重整筹备,

摘要：目的：确定建筑容积率、建筑密度和建筑层数之间的关系,并将其作为主要的规划指标,研究其对室外风环境的影响。创新点：在以高层、高密度为特点的城市建设中,一个地块的用地规划指标可直接影响居住区的室外物理环境质量。一个高层建筑群的规划设计不应该只关注建筑物,还应考虑室外物理环境的品质。本研究从室外风环境角度出发,对13种＂容积率-建筑密度-建筑层数＂指标组合形成的高层建筑群布局进行对比,从而得到可直接服务于城市建设项目的规划策略。方法：1.通过确定建筑容积率、建筑密度和建筑层数之间的关系,建立三维高层建筑群布局模型,列出19种可能的指标组合（图2）;2.通过日照模拟分析工具Tarch和建筑消防间距计算筛选出13种符合当前规划要求的指标组合;3.运用风环境模拟软件Phoenics,对13种指标组合形成的高层建筑群布局进行风环境模拟运算;利用图形分析软件Photoshop CS,计算出舒适风面积比值,并进行相互对比（图3和4）;4.根据土建造价对不同建筑群布局的总造价进行对比（图6）。结论：在规划设计中,通常认为较低的容积率和较低的建筑高度意味着建筑体量较小,室外物理环境会更好。但是,本研究发现建筑层数越多、建筑高度越高,行人高度的室外舒适风区面积越大。不过,建筑层数从25层升到30层,舒适风区面积增加有限。加之考虑层数越高导致造价越高的因素,当面对容积率为2.0~4.0的高层地块时,不能简单地认为建筑层数最高的规划方案就是最好的方案。

摘要：作为泰国时尚趋势的引领者Zen百货公司的一部分，业主希望Zense餐厅能在众多的餐饮设计中一枝独秀脱颖而出，与公司先锋的企业文化保持一致。设计师仔细研究空间，并且决定使用一种独一无二的处理手法，对其进行设计。因此这个项目无论是空间分割还是装饰细节的设计和挑选都可谓煞费苦心。

摘要：位于14楼的餐厅也面对着海景，拥有多个大型开放式厨房，并提供国际化食物。餐厅空间构造设计的主要手段是利用优越的地理位置把海景最大化地呈现给客人们。面朝大海的餐厅空间，沿着玻璃墙呈线形延伸开来．其中的天花板有8米多高。座位区域呈两层阶梯状．后面一层高出来．确保开阔的观景视野。在餐厅前面的户外露台上也能欣赏到令人印象深刻的海洋全景．露台的地平面比餐厅下降了一个阶梯的高度，不妨碍餐厅里的客人观景。

摘要：A multi-body wave energy co.verter,co.sisting of three floats and modeled as a two body problem,is optimised to enhance its mean absorbed power using the Response Surface Optimisation *** optimisation focuses on two input parameters namely;the floats’diameters and the spacing,in various sea states and at different PTO dampings.A frequency domain analysis is performed for the WEC model scaled at 1∶50 in regular and irregular *** results are validated against numerical and experimental data available in the *** show good agreement against the unmoored model’s added mass,radiation damping,response amplitude operator,mean absorbed power and,capture width *** sea states selected for optimisation are represented by a JONSWAP wave spectrum with,a range of significant wave heights(0.04 to 0.06 m)and a range of peak periods(0.8 to 1.3 s).This co.responds to(2 to 3 m)significant wave heights and(5.6 to 9.2 s)peak periods in full *** show that the optimised WEC model demonstrates good and co.sistent enhancement of its mean absorbed power and capture width ratio.

摘要：This study is the design guidelines for the living space with robots. The study can be applied to the architectural planning and focused on the basic environmental primary factor. The authors focused on space size, specifical distance from the wall in the front direction, position, and distance between an individual as factors affecting individual distance. The authors research the distances a small mobile robot moves to a six mats space co.pared with that toward a distances 5 m or more （space less physical factors）. The following three results were obtained： （1） The individual distance is smaller than 30 cm in both the approach angle in the experiment space of six mats; （2） The distance from the wall in the front increased, and the individual distance between a participant and a robot also increased; （3） In terms of body position, the upright positioning was clarified and the individual distance was small.

摘要：Solar co.lectors can provide clean, renewable, and domestic energy. The tilt angle and horizontal direction of solar co.lectors significantly affect its efficiency. There are many good methods to search the optimum tilt angle and horizontal direction to realize the maximum total radiation on the solar co.lector within a particular day or a specific period. However, it is hard to realize it when solar co.lectors are placed under obstacle’s shadows;especially when some obstacles, such as trees, have irregular shapes. This paper presents algorithms to achieve the best tilt angle and horizontal direction for solar co.lector’s performance under the free-form surfaces 3D obstacle’s shadow. The solution process is co.posed of 4 steps. First, it creates a 3D scene, in which a unique co.or is given to the solar co.lector. Seco.d, it employs orthographic projection from the point of view to get an image of the scene. Third, the number of pixels is used to represent the efficiency of the solar co.lector by co.nting the pixels of the unique co.or. Fourth, the efficiency of solar co.lector in each direction in a period of time is calculated with many images to further select the best direction.

摘要：Wind force co.fficients for designing porous canopy roofs have been investigated based on a series of wind tunnel experiments. Gable, troughed and mono-sloped roofs were tested. The roof models were made of 0.5 mm thick perforated duralumin plates, the porosity of which was changed from 0 to about 0.4. Overall aerodynamic forces and moments acting on the roof model were measured in a turbulent boundary layer with a six-co.ponent force balance for various wind directions. The results indicate that the wind loads on canopy roofs generally decrease with an increase in porosity of the roof. Assuming that the roof is rigid and supported by the four co.ner co.umns with no walls, the axial forces induced in the co.umns are regarded as the most important load effect for discussing the design wind loads. Two loading patterns causing the maximum tension and co.pression in the co.umns are co.sidered. Based on a co.bination of the lift and moment co.fficients, the design wind force co.fficients on the windward and leeward halves of the roof are presented for the two loading patterns as a function of the roof pitch and porosity. The effect of porosity is taken into acco.nt as a reduction factor of the wind loads.