时候：2022年12月13日（星期二）上午3:00-4:30

腾讯官方会议内容： 902-500-3931，密码忘了：470901

主持了人：王静讲师

讲授人里文简价：C.H. Venner于葡萄牙特文巨型学获硕士生学士学位，在俄罗斯魏茨曼基地考证挂靠医生后工作任务。近年任丹麦特文特大型学一个教导，工学枝术高校射流能量工程建筑系领导, SKF施工研发培训核心初级网络咨询专业人士， ASME&n💖bsp;Journal o🔜f Tribology 副总编辑（1998-2006两届），ImechE part J.&n🌜bsp;Journal&nbs🍸p;of Engineering Tribology编委（2002-今），国际英文滚动轴承例会-滚动轴承时代（德国的🐷汉诺威）科学实验理事会会全体人员。特文特大杀人案学教受认命理事会会全体人员、代尔夫ജ特技术社会终身教职和教受认命理事会会理事会。

C.H. Venner讲师是透明膜进出和弹流滑润区域的國際知名品牌学者，在流体原因原因学及想关范围如pet薄膜流动性（滚屏联轴器、传动齿🅠轮等的加脂）、计算方法气固两相流结构力学结构，建设项目和热学、飞机运输动结构力学结构、飞机运输扩声的多尺幅/几斤网格/求算技术等的方面有25年的深入分析心得，所搭建的算法为基础利用面积从大分子间的主动使用到润滑液状况、复合型装修相关材料和非均质装修相关材料的构造运动学状况、声学材料状况、形貌优化方案、固液表层装修设计、代数丰富网格法、丰富网格形象分清法、高雷🌌诺数的确定像流体一样运动学论述、航空运输动运动学及室内空气流通的丰富网格方式 ꦐ。在香港国际期刊开题报告和会议内容开题报告集约化发表文章学术界开题报告200余篇，出版物学术著作《Multiꦰleve𝔉l Methods in Lubrication》。。

报告模板玩法结语:

Lubricated concentrated contacts are common in engineering applications, mosꦑtly between "hard" materials (steel) as in rolling bearings, cam-followers, and gears, but also between a hard and a soft part as in the case of a steel and an elastomeric seal. In recent decades, soft materials are increasingly used in m𝔉echanical engineering, in aviation industry, and in various processes in physics, and biomechanics, due to advantages such as light weight, good recyclability, and controllable design-performance capability. For “hard” materials, the deformation of the contacting elements is predominantly elastic. The understanding of the physical mechanisms governing the lubrication film formation and the associated pressure generation has reached a very high level of predictability. However, soft materials exhibit viscoelastic behavior in contacts, and, in spite of the excellent work that has been done regarding the elastomeric seal contacts, the current understanding of the effect of solid viscoelasticity on the lubrication of soft contacts, particularly for point contacts, is less advanced than the understanding of the purely elastic contacts. This limits the design and performance optimization of the related tribological contacts andsystems. In this presentation fundamental aspects of the mode༺ling and efficient numerical simulation of viscoelastic point contact problems&nbs♒p;are introduced.