载荷传递的英文

• transfer of load

• "载荷"英文翻译    load; loading
• "传递"英文翻译    transmit; deliver; pass on; ...
• "载荷传递装置" 英文翻译 :    load-transmitting device
• "电荷传递" 英文翻译 :    charge transfer
• "载荷传布" 英文翻译 :    load diffusion
• "载荷传感阀" 英文翻译 :    load sensor valve
• "载荷传感器" 英文翻译 :    load sensor; load-sensing transducer; loancell
• "负荷传递信号" 英文翻译 :    lts load transfer signal
• "自由电荷传递" 英文翻译 :    free-charge transfer
• "载荷传感元件" 英文翻译 :    load-sensing element
• "电荷传递；电荷转移" 英文翻译 :    charge transfer
• "复制电荷传递法" 英文翻译 :    charge transfer process
• "负荷传递灵敏度" 英文翻译 :    load transfer sensitivity
• "空心载荷传感器" 英文翻译 :    hollow center load cell
• "拉伸式载荷传感器" 英文翻译 :    tension-type load cell
• "临界载荷传感器" 英文翻译 :    load-limit gauge
• "曳纲载荷传感器" 英文翻译 :    warp load cell
• "有效载荷传感器" 英文翻译 :    payload sensor
• "载荷传感定时器" 英文翻译 :    lst load sensing timer
• "载荷传感式变扭器" 英文翻译 :    load sensing torque converter
• "张紧式载荷传感器" 英文翻译 :    tension-type load cell
• "传递载荷" 英文翻译 :    transmission load
• "载荷传感器模拟装置" 英文翻译 :    load cell simulator
• "传递" 英文翻译 :    transmit; deliver; pass on; hand down [round; around]; transfer; hand over sth. one after another; transmission; transference; delivery; transmital 传递经济信息 transmit economic information; 传递眼色 give a wink by way of hint; 传递信件 deliver mail; 传递消息 convey news; 这封信在传递中被耽误了。 the letter was delayed in transmission. 把消息分程传递到某地 relay a message to a place
• "载荷" 英文翻译 :    load; loading◇载荷变化 load fluctuation; variation in load; 载荷装置 load device

• Brief explanations of certain parameters are given to aid better understanding of the analysis procedure
  结果清楚地显示，深承台板的载荷传递机制与相应的双向剪切破坏模式。
• With a specially designed experimental instrument , the mechanism of load transfer within an unconsolidated confined aquifer and its effect on compound breakage of key strata have been studied
  摘要采用专门设计的物理模拟试验装置及数值模拟试验方法，就松散承压含水层的载荷传递机制及对覆岩关键层复合破断的影响进行深入研究。
• Therefore , in the process of load transfer within the unconsolidated confined aquifer , the key strata of overburden rock are prone to have a compound breakage when the load on the upper interface of bedrock is great and the bedrock is very thin
  在松散承压含水层的载荷传递作用下，作用在基岩顶界面的载荷较大，当基岩厚度较薄时，采场覆岩关键层易产生复合破断。
• In this paper , single fiber composite fragment ( sfc ) method , which is one of the most widespread and effective experimental methods for determining the mechanical properties of interface , was adopted to study the load transfer mechanism and to evaluate the adhesion performance of composite with surface - treated fibers . this is helpful for optimization design of interface
  本文采用了目前最为流行、最为有效的直接测定界面力学性能的实验方法之一? ?单纤维复合材料断裂实验研究了纤维树脂界面载荷传递机理，分析了几种纤维表面处理复合材料界面的粘结情况，对界面的优化设计具有一定的指导作用。
• The fibers in the matrix carry most of the external loads applied on composite , while the matrix only acts as the bridge to transfer the loads . currently , the one - dimension load transfer model presented by cox and the two - dimension load - transfer model proposed by nairn are the representative theories in the field of the interface load - transfer study
  复合材料主要是通过纤维来承受外界载荷，基体只起传递载荷的桥梁作用，目前对界面载荷传递机理的研究主要以cox的一维界面载荷传递模型和nairn的二维界面载荷传递模型为代表。
• Simultaneity , various single fiber strength tests ( sft ) and the single fiber fragmentation techniques were discussed , and the influence of fiber surface treatment on the single fiber strength and the interface load - transfer were discussed in detail . the two parameters weibull statistic theory was used to evaluate the scattering of the tensile strength test results of three types of single fibers with different surface treatments . the following conclusions can be drawn based on the analysis of the results
  同时，文中详细讨论了单纤维强度测试实验( sft )和单纤维复合材料断裂实验( sfc ) ，重点讨论了纤维表面处理对单纤维拉伸强度和界面载荷传递能力的影响；采用两参数weibull统计理论对经过三种不同表面处理的单纤维拉伸强度的测试结果的分散性进行了评价，获得了理想的实验结果；分析实验结果可得到如下结论， sft实验与sfc实验获得的界面剪切强度吻合良好；经过表面处理的玻璃纤维的界面粘结情况较未经处理的玻璃纤维好；经过表面处理的玻璃纤维的界面粘结强度和单纤维拉伸强度均高于未经表面处理的玻璃纤维。
• First , the one - dimension load transfer model presented by cox was studied in details . based on the ideal interface bonding load transfer model , a fibre fracture criterion and an interface debonding criterion were established in terms of fracture mechanics , which bettered the interphase load transfer model . this model could also describe the process of single - fiber composites fragmentation
  首先，本文充分研究了cox一维界面载荷传递模型，在完美界面粘结载荷传递模型的基础上根据断裂力学观点建立了纤维断裂判据和界面脱粘判据，完善了界面载荷传递模型，以该模型为基础较好地描述了单纤维复合材料拉伸实验过程。
• In this paper , a new two - dimension interface load - transfer model was developed after careful analysis of the one - dimension models mentioned above , the i nfluence of material properties on the load - transfer ability of the interface was taken into account . especially the property of the matrix have important influence on the ability of the load transfer ability of the interface , and it could well describe the bond phenomenon of the interface
  本文经过仔细地分析cox的一维界面载荷传递模型之后，提出了一个新的二维界面载荷传递模型，考虑了材料性能参数对界面载荷传递能力的影响，特别是基体材料的性能对界面载荷传递能力的影响最大，能够较好的描述界面粘结现象。
• The one - dimension model has the advantages of simplicity , convenience and feasibility , but it also has one serious shortcoming , i . e . , the influence of material properties on the load - transfer ability of the interface was not taken into account . although the two - dimension interface model considered the transverse effects of the matrix and the effects of the material properties on the load transfer ability of the interface , its principle is very complicated , and is n ' t fit for dealing with the data of the sfc test
  Cox的一维界面载荷传递模型的主要特点是简单、方便和实用，但是具有一个致命的缺点：没有考虑材料性能参数对界面载荷传递能力的影响； nairn的二维界面载荷传递模型虽然考虑了基体的横向效应、纤维基体材料性能参数对界面载荷传递能力的影响，但是其原理非常复杂，不适合于单纤维复合材料断裂实验的数据处理。
• As a bridge to composites , the study on interface including the establishment of load transfer model , shearing strength and breakage pattern provides theoretic foundation for the interface optimization design and enhancement of composites properties . moreover , it also plays an important role in promoting the wide application of composites
  界面作为复合材料的桥梁，建立合理的界面载荷传递模型，研究界面剪切强度和界面破坏形式，可为复合材料界面的优化和复合材料整体性能的提高提供理论设计指导；同时，对促进复合材料的广泛应用亦具有重要的意义。