The effects of skid resistance on asphalt road safety were introduced. 简述了抗滑性能不足对沥青路面行车安全的影响。
Skid Resistance and Noise Reduction Texture Technique for Cement Concrete Pavement 水泥混凝土路面抗滑降噪纹理技术分析
Relationship of Fractal Characteristic and Skid Resistance of Asphalt Pavement 沥青路表面分形特性与抗滑性能的关系研究
Theory Analyses of Effect of Topography on Skid Resistance of Asphalt Pavements 沥青路面形貌对抗滑性能影响的理论分析
Study on the Index and Methods for the Skid Resistance Performance of Cement Concrete Pavement 水泥混凝土路面抗滑性能评价指标与方法研究
Research on Skid Resistance Function Attenuation and Evaluation Method of Cement Concrete Pavement 水泥混凝土路面抗滑功能衰减规律及评价方法研究
The influences of material strength, durability, skid resistance and workability of bituminous mixtures on the pavement are analyzed, at the same time some improvement measures are proposed. 分析了沥青混合料的力学强度、耐久性、抗滑性、和易性等对路面的影响,并指出了改进措施。
Skid Resistance Measures for Highway Bridge's Deck 公路桥梁桥面铺装的抗滑措施
Study and Application of Skid Resistance Technology of Cement Concrete Deck 水泥混凝土桥面薄层抗滑层技术的研究与应用
Apply study of skid resistance coverage with AK-13 ( A) type asphalt concrete AK-13(A)型沥青混凝土抗滑面层应用研究
Research on Skid Resistance Technology of Asphalt Pavement Based on Fractal Method 基于分形方法的沥青路面抗滑技术研究
Test and Research on Pavement Skid Resistance 路面防滑测试与研究
The results show: in situ PB has a good wet skid resistance; 试验结果表明:原位共混型聚丁二烯橡胶有较高的抗湿滑性能;
The requirements in the design of asphalt mixtures considering skid resistance and water permeability is put forward. 分析了沥青混凝土的表面抗滑与渗水性能的影响因素,并找出了抗滑性能与渗水性的关系,提出了沥青混合料设计的基本要求。
As a result, it is a urgent problem to develop the research on the pavement skid resistance and look for better equipment and evaluating methods. 开展路面抗滑性能方面的研究以寻求更合适的检测设备和评价方法,已成为当前亟待解决的课题。
The results of road test show that the side skid resistance of tyres made from NR/ MVBR blends is increased by 10%, and their brake distance is shortened by 17%, as compared with the tyres made from NR/ MVBR/ BR blends. NR/MVBR并用胶料轮胎与NR/MVBR/BR并用胶料轮胎相比,抗侧滑能力提高了10%,制动距离缩了17%。
The conclusions of this paper will provide an important reference for the research and application of skid resistance and corresponding mixture technology in the further. 文中所得研究结论对沥青路面抗滑技术和混合料技术的研究和应用具有重要借鉴意义。
Through model test and theoretical computation analysis, performance mechanism and computation analysis method of skid resistance of stay cables are discussed, and some relevant parameters and computational formulae are presented. 通过模型试验和理论计算分析,研究了斜拉索抗滑移性能机理和计算分析方法,提出了有关参数和计算公式。
Field Survey and Analysis About Skid Resistance of Tunnel Pavements 隧道路面表面抗滑性能的调查与分析
Balancing wet skid resistance and rolling resistance of tire tread is the development direction of high-performance tires. 平衡轮胎胎面的抗湿滑性和滚动阻力是高性能轮胎的发展方向。
Groove is a important measure to improve the skid resistance for cement concrete pavement. 刻槽是提高水泥混凝土路面抗滑性的重要措施。
Skid resistance of pavement affects road safety significantly indicated by many researches and studies in the world. 国际众多研究表明,路面抗滑性能是影响道路安全的重要因素之一。
However, after the asphalt pavement traffic tunnel opening, the soon pits, cracking, rutting, skid resistance decline and other phenomena, these direct affect of road performance and durability. This put a higher demand on the road performance. 但隧道沥青路面开放交通后,很快出现坑槽、开裂、车辙、抗滑性能下降等现象,直接影响路面的使用性能与耐久性,这就对路面性能提出了更高要求。
It is an effective approach to advance safety level through improving and maintaining good skid resistance of pavement. 因此提高并长期维持路面良好的抗滑性能是提高交通安全水平的有效途径。
Road safety performance is evaluated through the skid resistance of road, and the friction coefficient to evaluate the skid resistance is the most important indicators, so accurate and efficient detection and evaluation of road surface friction coefficient is essential. 路面的安全性能是通过路面的抗滑性能来表现的,而路面摩擦系数就是评价其抗滑性能最重要的指标,因此准确、高效的检测和评价路面的摩擦系数是十分必要的。
The pavement skid resistance is one of important indicators in performance evaluation for road safety, and it includes longitudinal skid resistance and transversal skid resistance. 路面抗滑性能是道路安全性能评价的重要指标之一,它包括纵向抗滑性能和横向抗滑性能两个方面。
The high structure carbon black was widely used in the green tire. It can make the tire tread keep the property of the abrasion resistance and wet skid resistance, and at the same time, through reducing its rolling resistance to save fuel consumption and improve security. 高结构炭黑在绿色轮胎中广泛使用,使轮胎胎面胶在保持耐磨性和抗湿滑性的情况下,同时降低其滚动阻力,从而显著节省降低油耗和提高安全性。
Accordingly the transition section of the road surface and then analyzes the functions that the road surface skid resistance of road safety is the most important factor. 通过对过渡段路面表面功能性分析,发现路表面抗滑性能是影响行车安全的最重要因素。