In the thesis , sand packed glass plate model was applied to physical simulation of the macroscopic throats forming mechanism , studied effects of these factors as sedimental characteristics , petrophysical property , production process etc . on the forming of macroscopic throats 摘要动用填砂玻璃板模型对疏松砂岩油层大孔道形成机理进行物理模拟，探讨了沉积特徵、油层物性、开发过程等因素对大孔道形成的影响，归纳了大孔道形成的因素模型及大孔道形成过程中的产量压力特徵。
The side displacement of the glass plate center is larger or less than the glass plate thickness , for the 3d geometric size of the glass plate and the lateral load vary in a wide range . in other words , the mechanic analysis of glass plate belongs to large deflection or small deflection theory in thin plate theory 由于幕墙玻璃的三向几何尺寸和横向荷载集度可在较大的范围内变动，玻璃板中心的侧向位移，有可能小于或大于玻璃板的厚度，也就是说，幕墙玻璃的力学分析，既可能属于薄板理论中的小挠度问题，也可能属于大挠度问题。
Whole high definition plank firmness design , stick the black walnut wood quality pvc the skin , and match the last glass plate with flash the silver metals the pillar , mutual , and plus practical function and plastic art that designing with type creativity of innate intelligence , develop the extreme achievement the television cabinet 全高密度板稳固设计，贴黑胡桃木色材质pvc皮，搭配上玻璃板和闪光银金属柱，互相映衬，再加上灵性的和式创意设计，把电视柜的实用功能与造型艺术发挥到极致。
Study of practical formula about strength and rigidity of 6 - point - supported - glass using the super sap fea software to solve different calculation models - which have different parameters , such as a / b , a / c and so on , this paper achieves a series maximum deflection coefficients and maximum stress coefficients , then form calculation formulas of maximum deflection and maximum stress under the load of wind 6点支承玻璃强度刚度实用的计算公式研究采用supersap有限元分析，求出不同的计算模型(玻璃板的尺寸参量a b ， a c不同) ，得出一系列最大挠度系数和最大应力系数，形成6点支承玻璃在风载荷作用下的最大挠度计算公式和最大应力的计算公式。
" getting red and low to expand micro glass plate " that company research and develop by oneself obtain national key new title of product 2002 , enterprises were chosen as the honorary title of " scientific and technological small and medium - sized enterprises in the province " in 2003 , established zhejiang university & kang er micro glass research and develop the pilot scale base with zhejiang university formally in july of 04 , have strengthened the capacity for conducting research and science and technology of enterprises further 2002年公司自行研究开发的“红色低膨胀微晶玻璃板”获得了国家重点新产品的称号， 2003年企业被评为“省科技型中小企业”荣誉称号， 04年7月与浙江大学正式成立浙大?康尔微晶玻璃研发中试基地，进一步增强了企业的科研开发能力。
