- 更多网络例句与对接接头相关的网络例句 [注：此内容来源于网络，仅供参考]
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To this end butt joint tensile test in almost all the joints are broken from the base metal part of the joint strength of close to 100
为此在进行对接接头拉伸试验时，几乎所有的接头都是从母材部分断裂，接头强度接近100 %。
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Relationship between butt joint gap and cold crack rate of 16 Mn steel underwater wet welding is studied.
研究了水下湿法焊对接接头间隙与裂纹率的关系。随着接头间隙的增大，裂纹率逐渐减少。
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In the article, the numerical simulation software ANSYS is used to analyze the working stress distribution in butt joint and the effect of the geometric parameter on the stress concentration efficiency .
摘要通过数值模拟软件ANSYS分析对接接头的工作应力分布，找出了对接接头的几何参数对应力集中系数的影响。
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A device used to connect one thing to another.The frames must be butted at the joints.
由拧紧在两个横栏或梁的两边的鱼的接合板造成的对接接头。
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Connecting of doubler strake is a relatively weak link, fatigue strength of which is largely reduced due to the influence of the weld flaw, weld inside stress and weld surface figure. If the ship is under the alternate load function for a long time in long service, fatigue destruction of connecting may happen, strength of deck plating or bottom plating strengthened may also be influenced.
复板条的对接接头是一个相对薄弱的环节，由于焊缝缺陷、焊接内应力、焊缝表面形状等因素的影响，使得接头的疲劳强度大幅度降低，船舶在营运过程中长期受到交变载荷的作用，就会引起对接接头的疲劳破坏，继而影响到被加强的甲板或船底板。
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Results show: 1 In the range of long life (N≥2× 10〓 cycles), the design class of peened joints is FAT160; 2 In the range of middle life (2×10〓≥N≥5×10〓 cycles), the design class of peened joints is equal to or higher than FAT125 which is the highest class recommended by ⅡW.
分析了超声冲击处理焊接接头与原始焊接接头在疲劳设计中的不同特点。给出Q235B与16Mn钢对接接头和十字接头经超声冲击处理后的参考FAT值。
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Change tradition tee joint into abutment joint , resulting in clear increase of fatigue strength of welding line of oscillating axle of press and safety service life of press hence a worthwhile method for corresponding personnel .
文章提出了提高压力机的摇摆轴焊缝的疲劳强度的技术措施，即将传统的在光轴上的&T&形接头改为台阶轴上的对接接头，可显著提高压力机的摇摆轴焊缝的疲劳强度及压力机的安全使用寿命，此方法值得有关人员借鉴。
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In view of easy fusion flaw between connecting of doubler strake and deck plating or bottom plating strengthened, this paper puts forward a fire-new welding technics for the purpose to improve the technics of welding connecting of doubler strake. Under the help of this way, connecting of doubler strake can be penetratingly fillet welded, but not fuse with deck plating or bottom plating strengthened, at the same time the figure of weld surface can also be managed for increasing fatigue strength of connecting.
本文针对复板条对接接头容易和被加强的甲板或船底板发生粘连的缺点，从改善复板条对接接头的工艺入手，提出了新的焊接工艺，使得复板条对接接头既能保证完全焊透，又不会和被加强的甲板或船底板发生粘连，同时对焊缝表面形状进行处理，以提高接头的疲劳强度。
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But it has some shortcomings. Connecting weld of doubler strake is directly welded on plating strengthened, in this way welding fluid fuse with plating strengthened such as deck plating or bottom plating, and then connecting of doubler strake fuse with deck plating or bottom plating strengthen. So breakage like crack of connecting of doubler strake may immediately destroy deck plating or bottom plating strengthened, which became of navigational accident.
但是，增设复板条来提高船舶总纵强度的方法有其缺点，每段复板条之间的对接焊缝是直接在被加强的板上施焊，焊缝就会溶入被加强的甲板或船底板，使得复板条对接接头与被加强的甲板或船底板发生粘连，这样，复板条对接接头的开裂等破坏就会直接引起船舶被加强的甲板或船底板的破坏，从而导致海难事故。
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The results demonstrate that welds with good appearances could be obtained when welding with the appropriate processing parameters. The as-welded joint tensile strength without filler wire is 180.7 MPa, while the tensile strength is 190 MPa when welding by one side with the filler wire of AlSi12 or AlMg4.5MnZr.
研究结果表明，在合适的工艺参数下，可以获得表面光洁、正反面焊缝成型良好的对接接头；焊态下，单面焊接不填充焊丝的接头强度为180.7 MPa；单面焊接填充AlSi12，AlMg4.5MnZr焊丝的接头强度最低为190 MPa，且两种填充焊丝接头的拉伸强度无明显差异；双面焊接填充AlMg4.5MnZr焊丝的接头强度达到200.7 MPa，约为母材的90%。
- 更多网络解释与对接接头相关的网络解释 [注：此内容来源于网络，仅供参考]
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abutment joint：对接接头
abutment crane 高座起重机 | abutment joint 对接接头 | abutment piece 桥台;支座
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abutment joint：对接接头平接
abutment joint 对接接头 | abutment joint 对接接头平接 | abutment joint 平接
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abutting joint：对接接头
abutment span 近岸跨 | abutment 邻接 | abutting joint 对接接头
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abutting joint：对接接头/邻接接头
对接端/相邻端 abutting end | 对接接头/邻接接头 abutting joint | 对流/平流 advection
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oblique butt joint：斜对接接头
锁底对接接头lock butt joint | 斜对接接头oblique butt joint | 对接接头banjo fixing butt jointing
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double-V butt joint：形对接接头
J形对接接头 single J butt joint | X形对接接头 double V butt joint | K形对接接头 double bevel butt joint
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square butt joint：形对接接头
对接接头 butt joint | I形对接接头 square butt joint | V形对接接头 single V butt joint
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square butt joint：平头对接,平头对接接头
square brick 方砖 | square butt joint 平头对接,平头对接接头 | square butt weld 平头对接焊缝
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butt welding joint：对接接头
对接butt joint | 对接接头butt welding joint | 对接焊缝butt-jointed seam
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square butt joint：平头对接,平头对接接头
square brick ==> 方砖 | square butt joint ==> 平头对接,平头对接接头 | square butt weld ==> 平头对接焊缝