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    • 3. 发明授权
    • Method for making test specimen and test equipment to evaluate the safety of piping
    • 制造试样和试验设备评估管道安全性的方法
    • US09429503B2
    • 2016-08-30
    • US13890492
    • 2013-05-09
    • Research & Business Foundation SUNGKYUNKWAN UNIVERSITY
    • Changsung Seok
    • G01N3/24G01N3/08G01N3/62
    • G01N3/08G01N3/62G01N2203/027Y10T29/49995
    • Provided herein is a test equipment for evaluating safety of a piping for use in nuclear power plants, the test equipment having a test specimen made of a same material as the piping, and having a notch cut from a first surface which is an end portion of the test specimen, with a crack formed at an end portion of the notch; and a load applier connected to the test specimen to apply a load in a direction perpendicular to a direction in which the notch is cut, wherein a pair of pin holes are connected to the load applier such that they are arranged to be distanced from each other along the direction of the load applied to the test specimen, and a central point is provided in a space between a second surface opposing the first surface and an end portion of the crack.Therefore, according to the present disclosure, there is provided a test equipment for evaluating safety of a piping capable of conducting a highly reliable safety evaluation using a test specimen having a same stress gradient as the piping actually constructed when a load is applied.
    • 本文提供了一种用于评估用于核电站的管道的安全性的测试设备,该测试设备具有由与管道相同的材料制成的测试样本,并且具有从作为管道的端部的第一表面切割的切口 所述试样在所述切口的端部处形成有裂纹; 以及负载施加器,其连接到所述试样以在垂直于所述切口的方向的方向上施加载荷,其中一对销孔连接到所述载荷施加器,使得它们被布置成彼此间隔开 沿着施加到试样的载荷的方向,并且在与第一表面相对的第二表面和裂纹的端部之间的空间中设置中心点。 因此,根据本公开,提供了一种用于评价使用具有与施加负载时实际构造的管道相同的应力梯度的试样的能够进行高可靠性安全性评价的配管的安全性的试验装置。
    • 5. 发明申请
    • METHOD FOR MEASURING THE TENACITY OF A MATERIAL
    • 测量材料温度的方法
    • US20150226653A1
    • 2015-08-13
    • US14420086
    • 2013-08-06
    • Commissariat à I'énergie atomique et aux energies alternatives
    • Cindy RountreeDaniel Bonamy
    • G01N3/08
    • G01N3/08G01N3/60G01N2203/0067G01N2203/027
    • A method for measuring the tenacity Kc of a material, wherein a cuboid test piece of the material with a central hole is placed between two jaws of a compression testing device, each of said jaws pressing on a far end of the test piece. The two jaws apply a force to each of the ends until the test piece fails completely. Variations of the applied compression force applied at each end of the test piece are measured as a function of the time, during compression. The maximum value F0 of said compression force is determined. Three distinct zones are marked on the surface of one of the failure surfaces. A distance is measured L0 between the edge of the hole and a transition line separating the second zone from the third zone, and the parameter Kc is calculated as a function of the force F0 and the distance L0.
    • 一种用于测量材料的韧度Kc的方法,其中具有中心孔的材料的长方体试验片放置在压缩试验装置的两个钳口之间,每个所述钳口压在试件的远端上。 两个钳口向每个端部施加力,直到试件完全失效。 在压缩期间,测量施加在试片两端的施加的压缩力的变化作为时间的函数。 确定所述压缩力的最大值F0。 在其中一个故障表面的表面上标有三个不同的区域。 在孔的边缘和将第二区域与第三区域分开的过渡管线之间测量距离L0,并且计算参数Kc作为力F0和距离L0的函数。
    • 7. 发明授权
    • Compact pipe specimen
    • 紧凑型管样
    • US08549929B2
    • 2013-10-08
    • US12747758
    • 2008-10-31
    • Chang Sung SeokKwang Sang SeonKwang Hyeon LeeSoo ParkHaeng Cheol Cho
    • Chang Sung SeokSung Keun ChoKwang Sang SeonKwang Hyeon LeeSoo Park
    • G01N3/20
    • G01N3/20G01N3/04G01N2203/027G01N2203/0274
    • A compact pipe specimen applicable to a fracture toughness test used to evaluate physical properties of a pipe material is provided. The compact pipe specimen includes: a pipe having a notch portion formed in a circumferential direction and a crack portion formed at the edge of the notch portion; and first and second jigs having openings to which a pressurizing unit is coupled so as to cause a bending load on the pipe, having the notch portion therebetween, and attached to the exterior surface of the pipe, respectively. It is unnecessary to correct the influence of a constraint effect due to varying sizes and shapes of the specimen. There is no restriction to the curvature and thickness of a pipe. A fracture behavior of a pipe crack portion can be precisely simulated.
    • 提供适用于用于评价管材的物理性能的断裂韧性试验的紧凑型管材试样。 紧凑型管试样包括:具有沿圆周方向形成的切口部分和形成在切口部分的边缘处的裂纹部分的管; 以及具有开口的第一和第二夹具,加压单元联接到所述开口上,以便在所述管上产生弯曲载荷,所述弯曲载荷在所述管之间具有所述切口部分,并且分别附接到所述管的外表面。 由于样本的大小和形状的变化,不必修正约束效应的影响。 对管道的曲率和厚度没有限制。 可以精确模拟管道裂纹部分的断裂行为。
    • 9. 发明申请
    • Installation and Method for Testing System of Loads of a Sample Using a Packer
    • 使用封隔器测试样品负载测试系统的安装和方法
    • US20080264632A1
    • 2008-10-30
    • US11816532
    • 2006-02-23
    • Didier DavidThierry NoelGabriel Roussie
    • Didier DavidThierry NoelGabriel Roussie
    • G01N3/12
    • G01N3/12G01N2203/0003G01N2203/0005G01N2203/0037G01N2203/0042G01N2203/027G01N2203/0274
    • A unit is dedicated to mechanically loading a tubular sample (ET). It comprises at least one packer (P) housed in the sample (ET) at a test zone (ZT), having a longitudinal extension which is greater than that of said test zone (ZT) and comprising i) first pressure means (C1) instructed to cause local variation in the diameter of at least a first portion of the packer (P) so as to apply it against an internal surface of the sample (ET) at the test zone (ZT), ii) second pressure means (C2) charged with exerting a first selected internal pressure over a portion of the internal surface located at a second portion of the packer (P), and/or iii) third pressure means (C3) instructed to cooperate with at least one plug member (B1, B2) attached to the sample at a distance from one end of the packer (P) to define a zone of action (ZA), so as to exert on the sample (ET) a second selected internal pressure at the zone of action (ZA).
    • 一个单元专门用于机械加载管状样品(ET)。 它包括在测试区域(ZT)处容纳在样品(ET)中的至少一个封隔器(P),其具有大于所述测试区域(ZT)的纵向延伸部分,并包括i)第一压力装置(C 1 )指示使封隔器(P)的至少第一部分的直径发生局部变化,以将其施加到在测试区域(ZT)处的样品(ET)的内表面上,ii)第二压力装置 C 2),其在位于所述封隔器(P)的第二部分的所述内表面的一部分上施加第一选定的内部压力,和/或iii)指示与至少一个插塞协作的第三压力装置(C 3) (P 1)的一端距离样品附接到样品(B 1,B 2)以限定作用区(ZA),以便在样品(ET)上施加第二选定的内部压力 行动区(ZA)。