锦湖轮胎的全球发展规划

排名世界轮胎第11位的韩国锦湖轮胎公司,雄心勃勃地确定了其在全球的发展策略。2005年锦湖轮胎在全球的轮胎销量是4400万条,公司计划2006年提高到4800万条,2007年达到5240万条。为此,公司在全球进行了全面的市场规划。在韩国,锦湖拥有3家轮胎厂,分别是光州轮胎厂、谷城轮胎厂和平泽轮胎厂,这三家工厂的轮胎年生产能力合计为3200万条。公司计划,国内的轮胎生产将越来越多的倾向于高性能和高附加值的轮胎。此外,公司在海外的轮胎厂全部设在中国,中国是锦湖轮胎的重要生产基地。目前,锦湖轮胎在中国拥有3家工厂。作为锦湖轮胎公司在中国的第一…     

锦湖轮胎南京厂将主推商用车轮胎

日前,锦湖轮胎TBR工厂在江苏省南京市高新技术产业开发区正式竣工。这是锦湖轮胎继中国南京、天津、长春地区的轿车用轮胎工厂之后,在中国的第四家工厂,也是锦湖轮胎在全球的第8个生产基地。     

锦湖轮胎开发出全球首款Lyoeell材料的环保轮胎

锦湖轮胎公司成为全球首家采用环保型新材料——Lyocell（天丝）制造轮胎的公司，其生产的首款Lyocell材料的环保轮胎将于今年年初在欧洲展示。     

全球轮胎资产整合风云变幻

<正>2016年以来,全球各大轮胎企业收购、重组、分家的消息不断,其中4起与中国企业关联紧密。(1)锦湖轮胎的待售。锦湖轮胎是韩国八大集团之一锦湖韩亚集团的子公司,是韩国排名第2的轮胎企业,2015年锦湖轮胎在全球轮胎企业中位列第13名,销售收入达到222.8亿元。但随后因集团债务重组与中国市场销量大幅下降等原因,     

横滨轮胎公司效益提升

锦湖轮胎公司最近表示，该公司在中国地区已建有多家生产厂，中国已成为锦湖公司海外最大的生产基地，继续发展中国市场将是锦湖公司2015年瞄准世界第五大轮胎制造商和拥有世界第三大轮胎研发机构的重要基础。     

锦湖将推出超高性能全天候轮胎

美国《全球轮胎新闻》(www.globaltirenews.com)2011年1月10日报道:锦湖轮胎美国公司表示,其将推出锦湖Ecsta 4X超高性能全天候轮胎。锦湖公司市场营销副总裁Rick Brennan表     

锦湖轮胎天津厂正式投产

锦湖轮胎天津工厂于2006年7月4日正式投产。该工厂是锦湖轮胎在中国北方最大的轮胎生产基地，目前生产规模为年产轮胎525万条，2007年增资扩产后将年产轮胎1040万条。     

轮胎企业如何突破质量困境

中央电视台3·15晚会曝光锦湖轮胎“鼓包门”事件,不啻是一枚重磅炸弹,对轮胎行业造成了强烈的冲击,这次事件的影响并没有随着时间的流逝而慢慢消减,相反,无论是社会各界,还是轮胎行业内部,人们越来越关注事件背后的深层次问题和因素：1、除了锦湖轮胎,其他品牌轮胎会不会也存在同样的问题？如果这次锦湖轮胎没有被央视曝光,劣质轮胎是否继续被消费者所使用？为什么锦湖轮胎生产问题轮胎,无法在源头上杜绝？在市场销售中,为何抽捡无法发现问题？我们在责怪锦湖轮胎的同时,是否更应该审视国内相关行业标准的过低,更应该寻找源头上的问题？如何真正做到轮胎质量严格把关？     

南京锦湖轮胎三期工程开工建设

2007年5月16日，南京锦湖轮胎公司三期工程在南京高新区开工建设。韩国锦湖轮胎公司将投资9900万美元，建设30万条／a全钢丝子午线轮胎基地，同时将已获得专利的新开发的先进轮胎制造工程新技术、新材料以及新设备应用到该项目中。南京锦湖轮胎公司第三期建设竣工后将主要生产大卡车和巴士用全钢丝子午线轮胎。     

锦湖轮胎将重点开拓中国市场

锦湖轮胎高层日前表示，为克服全球经济危机带来的冲击，公司将重点开拓中国市场。锦湖在中国市场的目标，是在保持第一的基础上进一步扩大市场占有率。     

Electrolytes: From a Thorn Comes a Rose,and from a Rose,a Thorn

In this article we take a stroll through the metaphorical rose garden, part of the flower garden, that is electrochemical storage systems. We take a closer look at batteries as the center‐pieces – the roses – and especially at the system component of batteries, the electrolyte and its development, throughout history. Just as a rose can only develop its unique beauty when taken good care of and provided with clean water and suitable nutrients, a battery cell cannot function without its electrolyte; the seemingly trivial component that has to juggle a multitude of requirements in order to make batteries truly bloom.     

Extraction into a flow of a fluid with a velocity gradient

Unsteady extraction from a system of semi-infinite capillaries to the flow of a fluid with a linear velocity gradient is studied. An assumption that the diffusion in the flow is a quasi-steady-state process is taken to obtain a linear equation for the local mass flux from the pore space, which involves fractional derivatives with respect to time and flow coordinate. Limiting solutions for the total diffusion flux at small and large times that cover the entire time interval are found.     

Propagation of a burning front over a condensed material from a focus

Measured propagation speeds are given for the combustion front in a blind gap in a condensed substance, which are related to gap height and mean pressure. The front may propagate monotonically, which is characteristic of relatively high pressures and wide gaps, or as a result of additional burning foci arising at a certain distance from the main front. At low pressures and particularly with small gap heights, the front propagates in an unstable fashion over the surface.Moscow. Translated from Fizika Goreniya i Vzryva, Vol. 28, No. 4, pp. 49–53, July–August, 1992.     

Mesomorphic transitions in a mixture of a flexible and a semi-rigid polymer

Phase studies on a mixture of two polymers are presented, one of which is mesomorphic. We have systematically examined the influence of the molecular weight of the flexible polymer (including the oligomers) and of the semi-flexible polymer. In addition to the effect of the molecular weight, specific interactions are important for compatibility and formation of a homogeneous mesomorphic phase. The nature of this phase is demonstrated to be cholesteric and the pitch is determined.     

When is a Beam a Plate?

Formulas associated with simple beam or plate theories are used extensively in structural design, to determine You's modulus, and to determine fracture strength of brittle nonmetallic materials. The question may arise as to whether the proper ratio of beam-width-to-beam-depth is such that the bent structural element can be considered as a beam and, if not, what is the correction factor that should be used with the simple beam formula. These questions are answered for a range of structural metallic and brittle nonmetallic materials.     

Detonation of a Column of a Chemically Active Bubbly Medium in a Liquid

The problem of a detonation wave propagating in a cylindrical column of a chemically active bubbly medium screened by a liquid from the tube walls is formulated and numerically solved within the framework of the Iordanskii–Kogarko two-phase model with allowance for energy dissipation due to acoustic radiation of bubbles. The wave structure of the reaction zone and the detonation velocity of the bubbly medium column are calculated. It is found that the self-sustaining wave can propagate with a velocity greater than the velocity of one-dimensional bubble detonation by a factor of 1.5–2.5.     

Laminar flow deformation of a droplet adhering to a wall in a channel

We study the deformation of oil droplets of varying viscosity adhering to a solid, rigid wall in a rectangular channel induced by a pressure-driven, laminar flow of water. Our experimental investigation involves the systematic study of the effects of initial droplet volume, flow rate and viscosity ratio on the various modes of droplet motion and deformation; this is performed via direct visualisation of the flow in a glass cell using a high-speed camera. Our results are used to construct flow maps that delineate the critical conditions for droplet ‘sliding’, ‘crawling’ and detachment from the channel wall as a function of system parameters. Comparisons of our experimental results with numerical predictions obtained using a procedure based on the diffuse-interface method yield reasonably good agreement for certain flow regimes.