沥青路面摊铺不平整的机械性原因分析及对策

分析了机械造成沥青路面摊铺不平整的原因，探讨了处理措施。     

磁化水与清水降尘的比较试验

本文介绍了对磁化水的表面张力、粘度及湿润性的试验情况,确立了磁化水降尘优于普通清水的基本原因。     

凡口矿地表沉降监测方法及成果分析

介绍了凡口矿30余年来的地表沉降监测方法，对各类成因引起的地表沉降进行了数据处理和分析，并总结了凡口矿地表沉降特征和规律，得出了一些有益的结论。     

工字形铝合金偏心压杆平面外稳定承载力研究

运用ANSYS软件对工字形铝合金偏心压杆平面外稳定承载力进行了研究,分别讨论初弯曲、残余应力和截面厚度偏差等缺陷对杆件平面外稳定承载力的影响,提出稳定系数曲面的概念,指出平面外稳定系数是相对偏心率e′和相对长细比λ的二元函数,在空间上为一连续的曲面。并对不同截面尺寸杆件的平面外稳定系数进行大量计算分析,以此为基础拟合出了平面外稳定系数曲面=f(λ,e′)的函数表达式,可供设计参考。     

沥青混凝土桥面铺装早期病害原因分析

对钢筋混凝土柔性桥面铺装的早期病害及其原因进行了分析与研究，在总结当前国内桥面铺装结构分析主要方法的基础上，通过理论分析，提出了用有限元进行结构分析时，需要重点研究的几个问题，指出了今后主要的研究方向。     

四会市时代商贸城设计析

本文通过时代商贸城设计构思，引发出一些思考，阐述了当前市场经济发展中，要树立现代的设计创作意识观。从平面布置到立面造型、空间处理、色彩运用都应以人为本，既要丰富内部空间又要创造具有时代感的建筑造型。     

A bounding surface plasticity model for highly crushable granular materials

A bounding surface plasticity model is presented for crushable rockfills in the framework of the critical state soil mechanics which includes translation of the critical state line due to particle crushing. A translating limiting isotropic compression line is also introduced and incorporated in the model to describe the position and evolution of the bounding surface. A particle breakage index is introduced as a function of stress invariants which controls the translation of the critical state and limiting isotropic compression lines. The performance of the model is demonstrated using the results of experimental tests on different types of rockfill materials conducted under both monotonic and cyclic loading conditions. The study shows the capability of the model in capturing the characteristic features of the behavior of rockfill and other crushable materials such as ballast and coarse gravel under both conventional and complex loading paths.     

浅析沥青路面裂缝填封机理

从裂缝填封的最终目的出发,通过对裂缝填封材料的受力分析,提出了裂缝填封的要求,从而得出了裂缝填封的机理,并对裂缝填封机理进行了研究,以期对裂缝填封材料和填封工艺的研究具有指导意义。     

Machining of NiTi-shape memory alloys-A review

The emerging trends in the development of advanced smart materials with better unique properties under different environments for a particular application fascinate the researchers and industrialists. Nickel-Titanium based shape memory alloys are exotic materials due to their unique properties such as SME, SE, high damping characteristics, high corrosion and wear resistance and biocompatibility. This article presents an overview of machining processes that can be used to machine the NiTi and its surface induced characteristics such as microhardness, surface roughness, topography, induced layer, residual stress, fatigue and phase transformation. The surface integrity characteristics are discussed for machining of NiTi-SMAs under the category of traditional, non-traditional and micro-machining with the effect of input parameters such as cutting speed, feed, depth of cut, type of lubricant and type of coating material on cutting tool. The conventional machining of NiTi alloys are quite complicated due to high toughness, severe strain hardening, fatigue hardening and distinctive property of NiTi-SMAs such as pseudoelastic and shape memory effect. From this study, non-traditional process is significantly used to machine the NiTi-SMAs due to its better results on surface integrity characteristics. Consequently, future trends are also identified for machining the NiTi-SMAs and to improve the surface integrity characteristics.     

一种新型海军礼炮

针对我国现有海军礼炮存在的问题,对海军礼炮的特殊需求和应用环境进行了深入研究,提出了一种结构可靠简便、模块化组合、装配快捷,单个部件重量轻、便于在舰艇上组合、拆装的新型海军礼炮方案,具有操作简单、发射安全、机动灵活、占用空间小的特点;经试验结果及应用情况表明,新型海军礼炮方案成功可行,满足了部队使用要求,解决了在水面舰艇上使用海军礼炮的问题。