冲击功的英文

• akv
• ballistic work
• work done by impact

• "冲击"英文翻译    lash; pound
• "功"英文翻译    exploit; merit; meritorious ...
• "冲击功率" 英文翻译 :    surge-power
• "单位冲击功" 英文翻译 :    specific energy of shock
• "单位冲击功 冲击比功" 英文翻译 :    specificenergyofshock
• "被吸收的冲击功" 英文翻译 :    absorbed striking energy
• "冲击" 英文翻译 :    1.(水流等撞击) lash; pound 激流对海岸的冲击 the impact of the swift current against the shore; 海浪冲击着礁石, 飞起像珠子般的水花。 the wave lashed against the rocks, sending up pearly spray.2.(迅猛攻击) charge; assault; dash; flewit 对社会道德观念的冲击 a shock to the sense of a community; 向敌人阵地发起冲击 charge an enemy position3.[力学] shock4.[物理学] ballistic5.[医学] ictus6.[电学] surge7.[机械工程] impact; impigement
• "冲击，冲击，冲击" 英文翻译 :    break，break，break
• "波冲击" 英文翻译 :    wave impact
• "冲击,打击" 英文翻译 :    impinge
• "冲击，折磨" 英文翻译 :    buffet
• "冲击摆" 英文翻译 :    ballistic pendulum; gun pendulum; impact pendulum
• "冲击板" 英文翻译 :    impacting plate; strike plate
• "冲击报" 英文翻译 :    el impacto; impacto el; impacto, el
• "冲击比" 英文翻译 :    ram ratio
• "冲击边" 英文翻译 :    striking edge
• "冲击钵" 英文翻译 :    diamond mortar
• "冲击波" 英文翻译 :    impact wave; shock wave; blast wave; impulse wave; knock wave
• "冲击层" 英文翻译 :    alluvial layer; alluvium; shock ply; silting deposit
• "冲击锤" 英文翻译 :    impact hammers; impact rammer; impulse hammer; jar block; jar weight; jumbit; jumper bit; percussion hammer; ram hammer
• "冲击弹" 英文翻译 :    impact bomb
• "冲击的" 英文翻译 :    ballistic; dynamical; impactive; impulsive; of shock; percussive; struck
• "冲击点" 英文翻译 :    impact point
• "冲击镀" 英文翻译 :    strik plating
• "冲击锻" 英文翻译 :    impact forging

• Note : transverse impact energy requirements are shown in brackets
  注：括号内为横向冲击功要求。
• A discussion on the relationship between dynamic fracture toughness and impact toughness
  动态断裂韧度与冲击功之间关系的探讨
• At the same time , isothermal aging and impact testing are used to study the variations of impact energy ak with aging time of the sn - doped steel
  同时，采用等温时效和冲击等试验方法研究了含sn低碳钢在保温过程中冲击功a _ k随时间的变化规律。
• During isothermal aging , impact energy rapidly decreases and embrittlement rapidly increases with increasing aging time . when the aging time reaches 120 seconds , the minimum impact energy is obtained where the embrittlement attains the largest
  等温时效初期，随着时间的延长，冲击功迅速下降，在120秒左右时，出现最低值，当时间进一步延长，冲击功缓慢上升。
• Aided by impact experiment and fracture analysis , it finds that the impact power of the steels decreases significantly as the nitrogen content increases from 81 10 ^ ( - 6 ) to 98 10 ^ ( - 6 ) , and the drop is the greatest at - 40 ~ - 60
  通过冲击试验性能数据和断口形貌分析发现，当试验钢含氮量从81 10 ^ ( - 6 )增加到98 10 ^ ( - 6 )时，试验钢的冲击功大幅度地下降，在- 40 ~ - 60区间上冲击功下降幅度最大。
• The ratios of charpy impact value of small size specimen to that of the standard are studied by using the series charpy v - notch impact test method and the question how to select equivalent ratio of the charpy impact quota of non standard sample is also discussed
  通过夏比v型缺口冲击试验，研究了结构钢小尺寸试样的冲击功与标准试样冲击功的比值在系列温度冲击试验中的变化规律，并述评了用等效比值数确定小尺寸试样冲击功指标的问题。
• As the aging time increases further , the impact energy is gradually increased and the embrittlement is gradually improved . changing of impact energy with time responses of the kinetics of non - equilibrium segregation , so the time at which the impact energy is minimum is measured as the critical time . as measure in this experiment the critical time of sn non - equilibrium segregation is 120 seconds at 750
  冲击功随保温时间的变化反映了sn的非平衡品界偏聚动力学过程，因此把冲击功达到最小值时的保温时’间作为s ， 1发生非平衡晶界偏聚的临界时间，本试验测出sn在0 ， 15wt . % c钢中750保温时发生非平衡晶界偏聚的临界时间为1205左右。
• Especially for the longitudinal heat checking of tool joint , the hoop toughness criterion of tool joint material was put forward to prevent the heat checking . based on analysis for field failure cases , minimal hoop impact work by means of mechanical calculation has been obtained , which can be used to modify the relevant contents of api rp7g
  特别针对钻杆接头纵向热裂问题，提出了控制接头材料的横向韧性判据，并以现场失效案例分析为基础，经力学计算初步确定了最低横向冲击功要求，可用于完善修订apirp7g推荐做法的有关内容。