摘要：意大利设计师alessandro Zambelli在意大利的曼托瓦工作和生活。他曾在米兰的Cova学习设计和材料工程,2000年加入意大利顶级卫浴品牌Agape,事业开始有了起色,2003年他创立了alessandro Zambelli设计工作室,同许多世界知名的设计师和设计品牌都有合作。alessandro Zambelli的设计从不拘泥于某种形式,它相信每一个设计产品都有自己的灵魂,而这些产品反映了使用者独特的个性、经历,寄托了他们在生活中的某种情怀。

摘要：放大，聚焦，视线落到佛罗伦萨，意大利。那里烙着pasta的气质——佛罗伦萨的魅力来自于一种混合的滋味美食、艺术、品味……当然，逃不了设计与时尚。

摘要：Palladium based catalysts are the most active for methane oxidation. The tuning of their composition, structure and morphology at macro and nanoscale can alter significantly their catalytic behavior and robustness with a strong impact on their overall performances. Among the several combinations of supports and promoters that have been utilized, Pd/CeO2 has attracted a great attention due to its activity and durability coupled with the unusually high degree of interaction between Pd/Pd O and the support. This allows the creation of specific structural arrangements which profoundly impact on methane activation characteristics. Here we want to review the latest findings in this area, and particularly to envisage how the control(when possible) of Pd-CeO2 interaction at nanoscale can help in designing more robust methane oxidation catalysts.

摘要：介绍了基于数值有限元分析、图形静力学和Maxwell荷载路径等经典理论的结构优化工具,及其在深圳中信金融中心项目中的应用。结合使用了商用结构优化软件和自开发程序,以期得到深圳中信金融中心项目结构最佳几何形式。在结构优化过程中考虑结构性能标准,如整体刚度最大化、给定点变形最小化、目标周期、屈曲因子最大化、应力分布均匀等。最佳几何形式在最小化结构材料的前提下实现结构刚度最大化,整个优化过程是基于材料线弹性假定,为保证结构体系在地震作用下的延性,塔楼角部设置延性框架梁耗能。优化后的斜交网格结构体系效率高,相比核心筒提供更大的抗侧力刚度,但也使得节点层楼板拉应力增大,并且优化使得体系冗余度下降,因此需要注重楼板拉应力控制和抗连续倒塌设计。

摘要：Peter Pichler Architecture近期落成的Bonfiglioli总部大楼现已揭幕,该项目位于意大利博洛尼亚的Calderara di Reno地区。新总部设计旨在打造一座高效且功能齐全的办公建筑,以此展现出这家意大利企业的专业性、创新性以及引以为傲的历史。创立于1956年,Bonfiglioli公司是一家拥有领先地位的制造商以及供应商,产品门类涵盖齿轮电动机、驱动系统、减速齿轮箱和变频器等。Bonfiglioli的产品解决方案在全球范围内的自动化、移动机械和可再生能源领域都具有强有力的推动作用。

摘要：The lifespan of biological heart valve prostheses available in the market is limited due to structural alterations caused by calcium phosphate deposits formed from blood plasma in contact with the *** objective of this work is to present a comparative methodology for the investigation of the formation of calcium phosphate deposits on bioprosthetic and tissue-engineered scaffolds in vitro and the influence of mechanical forces on tissue *** on earlier investigations on biological mineralization at constant supersaturation,a circulatory loop simulating dynamic blood flow and physiological pressure conditions was *** system was appropriately adapted to evaluate the calcification potential of decellularized(DCV)and glutaraldehyde-fixed(GAV)porcine aortic *** indicated that DCV calcified at higher,statistically nonsignificant,rates in comparison with *** difference was attributed to the tissue surface modifications and cell debris leftovers from the decellularization *** analysis of the solids deposited after 20 h by scanning electron microscopy in combination with chemical microanalysis electron-dispersive spectroscopy identified the solid formed as octacalcium phosphate(Ca8(PO4)6H2·5H2O,OCP).OCP crystallites were preferentially deposited in high mechanical stress areas of the test ***,GAV tissues developed a significant transvalvular pressure gradient increase past 36 h with a calcium deposition distribution similar to the one found in explanted *** conclusion,the presented in vitro circulatory model serves as a valuable prescreening methodology for the investigation of the calcification process of bioprosthetic and tissue-engineered valves under physiological mechanical load.

摘要：Negative thermal expansion(NTE),as an abnormal physical behavior,has been followed by scientists’attention over the past 30 years,due to its fascinating physical mechanisms and the prospect of high-precision thermal expansion control[1-5].Although some NTE materials(alloys[6],cyanides[7],fluorides[8-10],nitrides[11],oxides[12,13],MOFs[14-16],etc.)have been found,their number and variety are still very small,limiting their *** and designing new NTE materials is an important and challenging topic for the development of the field of *** have been continually reviewing and summarizing obtained results to look to the future of NTE[17-23].

摘要：众所周知，米兰是一座”慢热型“城市。只有愿意花时间去探索和研究她的人，才能慢慢地感受到这座城市一点一滴的魅力。要想真正了解米兰，洞悉其庭院设计是一个不错的途径。贵族式建筑，一般外表线条细腻，其庭院里却隐藏着浪漫芬芳的花园。另一些庭院则凸显出人类辛勤的劳作和技艺，适合家庭生活和劳动作业。踏进Piuarch位于米兰布雷拉区中心地带的工作室时，就会有这样的感受。

摘要：作为当今世界最具影响力的全球性交流平台之一,博鳌亚洲论坛已成为亚洲与世界凝聚共识、拓展合作、共谋发展的高层对话机制和广受全球关注和欢迎的国际公共产品。在过去20余年间,博鳌亚洲论坛巩固了亚洲国家、亚洲与世界其他地区间的交流与合作,促进了亚洲经济一体化,肩负起讨论设计和实施一系列贸易协定的重要责任。

摘要：本文描述了数字化时代治疗计划和实施的新理念。所展示的工作流程的目的是为了完全通过数字化技术来设计、计划、交流、执行、制作、转移和重塑微笑修复。跨学科治疗计划贯穿设计、诊断饰面(mock-up)到最终修复。在数字化设计中,临床医生和技术人员看到的牙齿形态和牙齿形状由计算机转化为三维几何数字模型。通过调整牙齿的几何形状,使临床医生可以自由制定治疗计划,这样的数字化方式贯穿于整个治疗过程中。此外.结合计算机辅助设计技术使用的新型陶瓷材料极大地拓宽了口腔医师的选择范围,使可达到的效果更加理想。