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    • 3. 发明公开
    • SHIPBORNE TRUSS COMBINED IN-SITU TESTING PLATFORM
    • 化学工业杂志在新加坡麻省理工学院
    • EP2933379A1
    • 2015-10-21
    • EP13892027.7
    • 2013-11-14
    • CCCC Third Harbor Consultants Co., Ltd
    • HU, JianpingNIU, JiandingCHENG, ZekunCHENG, LiminCHEN, ZhiyongLI, XiaojieCAI, HongboDONG, ShuhaiWANG, NianxiDONG, JiaosheHU, ZhenmingWU, Chaodong
    • E02D1/00B63B35/44
    • E21B15/02B63B17/00B63B35/44E21B7/122
    • A shipborne truss combined in-situ testing platform comprising: a truss load bearing frame (400), formed by vertically connecting a plurality of truss modules (410) in series; an operation platform (200), fixed at an upper end of the truss load bearing frame (400), a machine frame seat (204) used for installing an in-situ testing device (201) being disposed on the operation platform (200); a drive shoe (500) fixed at a lower end of the truss load bearing frame (400), the bottom of the drive shoe (500) being provided with shoe teeth (503); a catheter (600), successively penetrating the operation platform (200), the truss load bearing frame (400), and the drive shoe (500) along an up-down direction; and a centering device (300), comprising a plurality of soft ropes (302), one end of the soft rope (302) being connected to the upper end of the truss load bearing frame (400) or the operation platform (200).
    • 一种船载桁架组合原位测试平台,包括:桁架承载框架(400),其通过串联垂直连接多个桁架模块(410)而形成; 固定在桁架承载架(400)的上端的操作平台(200),用于安装在操作平台(200)上的现场测试装置(201)的机架座(204) ; 固定在所述桁架承载架(400)的下端的驱动靴(500),所述驱动靴(500)的底部设有鞋齿(503); 沿着上下方向连续地穿过操作平台(200),桁架承载框架(400)和驱动靴(500)的导管(600) 以及定心装置(300),其包括多根软绳(302),所述软绳(302)的一端连接到所述桁架承载框架(400)的上端或所述操作平台(200)。
    • 6. 发明公开
    • COUPLED CALCULATOR OF WATER AND SOIL SKELETON AND COUPLED CALCULATION METHOD OF WATER AND SOIL SKELETON
    • GEKOPPELTER RECHNER UND GEKOPPELTES RECHENVERFAHRENFÜRWASSER- UNDBODENGERÜST
    • EP1939605A1
    • 2008-07-02
    • EP06782076.1
    • 2006-08-01
    • National University Corporation Nagoya University
    • ASAOKA, AkiraNODA, ToshihiroNAKANO, Masaki
    • G01N3/00E02D1/00G06Q50/00
    • G06Q10/04G01N15/082G01N15/088G06Q50/04Y02P90/30
    • The soil-water coupled analysis program of the invention computes a global L matrix and a modified global L matrix regarding a volume change rate of a soil skeleton over time, a global H matrix regarding a water permeability of soil, a global M matrix regarding a mass, and a global K matrix regarding a tangent stiffness of the soil skeleton, based on input settings of soils, such as clay, intermediate soil, and sand, to respective elements of a soil foundation, input settings of a solid soil model, and input settings of analysis conditions (steps S140 to S165). The soil-water coupled analysis program formulates a global tangent stiffness equation (simultaneous linear equations) using all these computed matrixes and determines an unknown 'jerk field' and a 'pore water pressure field' under given boundary conditions, for example, a given deformation condition and a given stress rate condition (step S170). This enables highly-accurate dynamic and static analyses in soil foundations of various soils from sand to intermediate soils and clay.
    • 本发明的土 - 水耦合分析程序计算关于土壤骨架随时间的体积变化率的全局L矩阵和修改的全局L矩阵,关于土壤的透水性的全局H矩阵,关于土壤水分的全局M矩阵 基于土壤骨架的切线刚度的全局K矩阵,基于对土壤基础的各个元素的土壤(例如粘土,中间土壤和沙子)的输入设置,固体土壤模型的输入设置和 分析条件的输入设定(步骤S140〜S165)。 土 - 水耦合分析程序使用所有这些计算矩阵制定全局切线刚度方程(联立线性方程),并确定给定边界条件下的未知“冲击场”和“孔隙水压力场”,例如给定的变形 条件和给定的应力速率条件(步骤S170)。 这样可以在沙土到中等土壤和粘土的各种土壤的土壤基础上进行高精度的动态和静态分析。