摘要：该牙科诊所位于瓦伦西亚市中心,是一家为客户提供个性化治疗方案的私人牙科诊所。诊所所在建筑建于20世纪初,狭小紧凑的建筑布局影响了诊所的功能分区。为解决这一不利因素,设计团队统一了墙壁、地板和天花板的颜色,并将这三部分设计成连续的铺面。

摘要：项目地址葡萄牙项目面积180m^2竣工时间2014.05设计单位LIKE建筑事务所本案是LIKE建筑事务所的设计团队为一家专业致力于医疗保健技术和健身产品的IT公司Kinematix打造的研发总部。项目坐落于葡萄牙第二大城市——波尔图一栋具有象征意义的六十年代历史建筑内,其前身为卢米埃尔电影院。该建筑上层现存的空间安装有排列整齐的窗户,覆盖建筑物的整个立面,极具韵律感。

摘要：Different strategies can be used to perform reparations and reinforcements of ancient bolted and riveted metallic bridges. As the riveting process is not currently a common practice, it requires proper equipment and skilled workers. Another solution is the use of welding. However, the weldability of old steels is poor. Bolts are very attractive alternative solutions, and are most commonly used to repair old metallic bridges. Fitted bolts are expensive solutions; the alternative is the use of resin-injected bolts. The behavior of bolted joints with preloaded resin-injected bolts has been studied using quasi-static and creep tests; however, few studies on the slip and fatigue behavior of these joints can be found in the literature. This paper presents an overview of a few experimental programs that were carried out by several authors aiming at evaluating the fatigue behavior of single and double shear resin-injected bolted connections. A comparison between the experimental data of joints with preloaded standard bolts and preloaded resin- injected bolts shows a fatigue strength reduction in the latter. Since Eurocode 3 （EC3） suggests the same fatigue strength curve for joints made of resin-injected bolts and standard bolts, this may raise some con- cerns. Furthermore, research on the feasibility of using both bonded and bolted connections is shown. This last study was performed with high-strength low-alloy structural steel plates and an acrylic struc- tural adhesive for metal bonding. For both case studies, a statistical analysis is performed on fatigue experimental data using linearized boundaries and the Castillo and Fernandez-Canteli model. Fatigue design curves are proposed and compared with the design suggestions of several European and North American standards,

摘要：瑞吉欧学校(Reggio School)的设计理念是通过建筑环境来激发孩子们的探索和求知欲。因此,该建筑被视作一个复杂的生态系统,让孩子们在通过自我驱动的集体实验过程中引导自身教育,这也遵循了罗里斯·马拉古奇(Loris Malaguzzi)和意大利吉欧·艾米利亚市当地家长共同提出的教育理念,旨在增强孩子们应对不可预测挑战和潜在风险的能力。从该建筑的设计、建造到使用,都旨在超越可持续的范式,并将生态作为一种路径,继而将环境影响、多种群类别、物质动态化、集体治理以及教学方法通过建筑相交汇。