摘要：为了研究路基不均匀沉降对路面受力变形的影响,建立了弹性地基上路面板变形的基本方程,推导了路基不均匀沉降时路面板弯沉的解析解。为实际工程设计、施工提供可借鉴的理论依据。

摘要：介绍了非营利组织与整合营销传播理论及供应链上非营利组织整合营销传播的特性,最后详细论述了供应链上非营利组织整合营销传播组织模式的设计思路。

摘要：Ultra-high performance concrete (UHPC) is featured by a compressive strength 5 times higher than that of ordinary concrete and by a high durability owing to the control of the chloride penetration speed by its dense structure. The high strength characteristics of UHPC offer numerous advantages like the reduction of the quantities of cables and foundations by the design of a lightweight superstructure in the case of the long-span bridge preserving its structural performance through axial forces and structures governed by compression. This study conducted the conceptual design of a hybrid cable-stayed bridge with central span of 1000 m and exploiting 200 MPa-class UHPC. The economic efficiency of the conceptual design results of the hybrid cable-stayed bridge with central span of 1000 m and of Sutong Bridge, the longest cable-stayed bridge in the world, was analyzed.

摘要：本文旨在呈报2018年11月末于当地开展的FDW的概况:于当地发现的诸多资源,以及通过这些资源的活用,提出有助于今后此地内发式的地域活性化的设计提案。通过将现地调查中发现的大量当地资源进行了视觉化与构造化,整理成'竹子利用的文化''竹与饮食'等10个大项目,并最终针对当地'基于传统工艺的乡村创生'这一今后的发展目标提出了①传统造纸方法的开放体验,②产业遗产的整理与观光的联动,③白夹竹的栽培,④竹纸生产的空间与工具信息的积蓄,⑤竹制生活道具,⑥与食文化的联动,这六大方向的设计提案。

摘要：设计了一款适用于高海拔、宽温域条件的飞行大气参数测试仪。基于PC104和ARM处理器组成的主从式CPU架构,构建了飞行大气参数测试仪的硬件平台,采用高精度硅谐振式压力传感器实现了对气体压力的测量;基于PID与分级误差控制相结合的控制方法,通过PWM驱动的高速电磁阀,实现了对气压的精密控制。

摘要：本文为与四川美术学院一同在四川省乐山市夹江县马村乡开展的FDW的调查与研究报告的第一部分。首先简述FDW的理论与方法,然后基于此方法为该地区'基于传统工艺的乡村创造性活化'工作展开提出参考方向。FDW的地域活性化理论,首先要求实践者们先放下自己的'专业工具箱',怀抱'好学心'深入当地,重新发现、认识、评价当地的各种潜在的资源。其次将发现的资源进行视觉化、语言化的整理,并将此结果与当地人共享。最后将当地资源的活用方案与当地的生活者一起实践、评估与再修正。FDW地域活性化理论作为更加健全和可持续的地域振兴计划方法之一,正在获得关注。

摘要：10年前豪华露营（Glamping）的概念被引入韩国,它因可以为人们提供高品质和舒适的露营环境而得名.传统的简陋帐篷在这里不复存在,人们可以在这个露营地感受大自然的同时也享受优质的生活.该项目设计独特,它在自然生态环境价值、舒适的生活观念和现代摩登的设计这三点之间找到了平衡.

摘要：由Moon Hoon设计的全景之屋，位于韩国忠清北道。业主是一对教师夫妇，他们有4个可爱活泼的孩子，他们的需求很特别，“请帮我们建造一栋房子，可以让我们的孩子在里面学习、阅读和玩耍。”为回应他们想给孩子们提供一个兼具学习与娱乐双项功能房屋的需求，Moon Hoon工作室的设计师们在房屋的室内楼梯上大做文章，为孩子们打造了一个舒适的家庭游乐场。

摘要：AIM： To investigate whether activin regulates the cell proliferation of human gastric cancer cell line SNU-16 through the mRNA changes in activin receptors, Smads and p21^CIP1/WAF1. METHODS： The human gastric cancer cell lines were cultured, RNAs were purified, and RT-PCRs were carried out with specifically designed primer for each gene. Among them, the two cell lines SNU-5 and SNU-16 were cultured with activin A for 24, 48 and 72 h. The cell proliferation was measured by MTT assay. For SNU-16, changes in ActRIA, ActRIB, ActRIIA, ActRIIB, Smad2, Smad4, Smad7, and p21^CIP1/WAF1 mRNAs were detected with RT-PCR after the cells were cultured with activin A for 24, 48 and 72 h. RESULTS： The proliferation of SNU-16 cells was down regulated by activin A whereas other cells showed no change. Basal level of inhibin/activin subunits, activin receptors, Smads, and p21^CIP1/WAF1 except for activin βB mRNAs was observed to have differential expression patterns in the human gastric cancer cell lines, AGS, KATO III, SNU-1, SNU-5, SNU-16, SNU-484, SNU-601, SNU-638, SNU-668, and SNU-719. Interestingly, significantly higher expressions of ActR IIA and IIB mRNAs were observed in SNU-16 cells when compared to other cells. After activin treatment, ActR IA, IB, and IIA mRNA levels were decreased whereas ActR IIB mRNA level increased in SNU-16 cells. Smad4 mRNA increased for up to 48 h whereas Smad7 mRNA increased sharply at 24 h and returned to the initial level at 48 h in SNU-16 cells. In addition, expression of the p21^CIP1/WAF1 the mitotic inhibitor, peaked at 72 h after activin treatment in SNU-16 cells. CONCLUSION： Our results suggest that inhibition of cell growth by activin is regulated by the negative feedback effect of Smad7 on the activin signaling pathway, and is mediated through p21^CIP1/WAF1 activation in SNU-16 cells.

摘要：工程名称：比利时根特市市政厅坐落地点：比利时根特 参与设计：Jan Baes, Tom Broes, Bert Callens, Katrien Cammers, Axel Clissen, Mattias Deboutte, Petra Decouttere, Ame Deruyter Linde Everaerd, Trice Hofkens, Gert Jansseune. Daniel Libens. Wim Menten, Carmen Osten, Filip Reumers, Sofie Reynaert, Miriam Rohde, Johannes Robbrecht, Marilu Sicoli, Gert Swolfs, Pieter Vanderhoydonck, Kathy Vermeeren Caroline Voet, Wim