ass crack造句

• Shit, i've got a frosted ass crack . hey, finch,
  屁，我屁股都冻裂了。嘿，芬奇。
• The dfz might fragment and rotate as crack propagation
  裂尖前方可能发生形变孪晶，裂纹沿孪晶界扩展。
• Jack iicks ass crack and ball sack
  杰克喜欢舔蛋蛋和屁屁
• Jack licks ass crack and ball sack
  杰克喜欢舔蛋蛋和屁屁
• Here, smell this . you think it's more like pepperoni or ass crack
  来，闻闻这个.象意大利香肠还是我的阳具
• There are several programs, such as crack, that help an attacker try to guess passwords intelligently
  一方面，伪随机数生成器有许多有用的应用方面用途。
• The ley lines appear in the city as cracks and pits which are bottomless with beams of colored lights and glowing spheres being emitted from them
  地裂出现在城中,形成无底的裂缝和深渊.各色的光柱和半球的光晕从中发射出来
• The introduction of acidic aluminosilicates as cracking catalysts in the 1940s led to higher yields of branched hydrocarbons with improved octane numbers
  40年代作为裂化催化剂的酸性的铝硅酸盐的引入提高了辛烷值较高的支链烃的产量。
• The experimental results show that as far as crack resistance of concrete is concerned, the surface feature of coarse aggregate is more sensitive than aggregate shape
  试验结果表明：集料的表面特征对混凝土抗裂性的影响比集料的颗粒形状更为敏感。
• Utilizing the principle of the smoothshaft to open 0.4 mm crankshaft to the width of crack : ( 1 ) when it compares with one position crack, crankshaft natural frequency as crack depth than increase and reducing constantly
  利用光轴的原理对裂纹宽度为0.4mm的曲轴进行研究得出：(1)裂纹同一位置比时，曲轴固有频率随着裂纹深度比的增大而不断减小。
• The article analyses the reasons for the main defects such as cracks, subsidence and ablations that existes in the irrigation collocation buildings such as aqueduct, clough and water fall and puts for ward some technical processing measures
  摘要文章对深史杭灌区配套建筑物渡槽、水闸、跌水等存在的裂缝、沉陷、冲蚀等主要症害原因进行了分析，提出了相应的处理措施。
• In the layered model, transverse shear is ignored and material is assumed to be in a state of plane stress, and some other presuppositions are introduced, such as cracking of concrete takes place only in the plane perpendicular to the normal
  但是钢筋混凝土板的非线性有限元研究目前一般都是采用分层法，将板分成若干混凝土层和钢筋层，忽略横向的剪切影响，各层混凝土材料按平面应力状态处理，这与真实情况有区别。
• In the model, many processes or phenomena such as crack friction and growth, heat conduction, phase transformation of oxidant particulates, heat generation by viscous liquid layer, chemical reactions of gases in cracks, heat and mass exchange between phases of gas and solid, are described
  模型描述了裂纹滑移扩展、热传导、含能颗粒相变、液化层粘性加热、裂纹内气相反应、气相固相质量能量交换及与裂纹扩展耦合等过程。
• The familiar defects of powerful spinning have been listed, such as crack, rising skin, gluing knot, piling, speed bulge, the wound inside the wall, expanding etc . with analysis of the cause and probing into treatments according to the basic fondant and spinning craft parameters
  摘要列举了强力旋压常见缺陷，例如裂纹、起皮、堆积、粘结、鼓包、内壁划伤、扩径等，分析了产生的原因，针对坯料和旋压工艺参数，简要探讨了应对措施。
• On the formation mechanism, the rills were mainly formed by the concentrated action of the runoff on dyke slope, while the formation of socket mainly depended on surface runoff, subsurface flow and the existing defects within the dykes such as crack, mouse hole, fox and brocks dens
  在成因上，前者主要是降雨形成超渗地面径流的集中对戗坡的侵蚀作用而形成；后者主要与坡面径流、壤中流，以及土堤的薄弱点(如裂缝、鼠洞、狐1一灌洞等）有关。
• Though great progress has been achieved on researches on the design theory, structural type, structure details and construction method of the composite bridge, there are still many problems, such as crack control of the concrete deck, influence of the connecting rigidity over the structural mechanical characteristics and mutual depende ncy between design and construction, need deeper researches for better solutions
  对组合结构桥梁的设计理论、结构形式和构造细节、施工方法等方面的研究已经取得了很大进展，但仍然存在许多问题需要深入研究和完善，例如：混凝土板裂纹控制、接合刚度对结构受力性能的影响、设计与施工的依存性等。
• In this technology, a theory which can be used to divide the tbs's base surface patch into triangle patches or unite several tbs's base surface patches into one triangle is presented, and some problems concerned with dividing the base surface patch into triangle patches are studied and solved such as cracks between triangle patches, computing the number of segmenting of the edge at base surface patch, computing the dividing number of the base surface patch, generating the triangle patches etc . how to combine several tbs's base surface patches into one triangle is also studied and solved
  提出了按照给定的stl模型精度对tbs模型基本曲面片进行三角形平面片分割与合并的理论与算法。研究并解决了对基本曲面片进行三角形平面片分割时平面片之间的裂缝问题、基本曲面片边界分割次数、基本曲面片分割次数、三角形平面片生成等关键问题，以及基本曲面片合并问题。
• With the developing highway communications, the traffic is increasing and axle is becoming heavier and heavier, all of these demand the high quality of cement concrete pavement the experience of past ten years in highway construction shows that the practical life time of cement concrete pavement is far more shorter than anticipated . damages such as cracking are offen occurred in first serval years they caused direct and indirect economic losses and bad social influences . in addition to control overloaded vehicles by means of administration, the compressive strength, bending strength wear-ability should be improved to solve all these problems
  十几年的高等级公路建设实践表明，水泥路面的使用寿命远远小于其设计寿命，往往在通车几年后就出现一些病害，如坑槽、断板等病害，带来的直接、间接经济损失和不良的社会影响。解决这些问题，除了运用行政强制手段控制超载车辆外，必须提高水泥混凝土的弯拉强度、疲劳强度、耐磨强度、阻裂限缩能力，从而提高水泥混凝土路面的使用寿命。
• Because short fibers have higher tensile resistance and ordinary concrete has higher compressive strength in the process of loading, every technical property of fiber reinforced concrete is improved greatly . accordingly steel fiber reinforced concrete has better stressing properties such as crack resistance, bending resistance, anti-fatigue, anti-friction and high toughness . so it has brilliant future in highway surface, road surface of aerodrome and architectural construction
  在受力过程中,短钢纤维发挥其抗拉强度高,而混凝土发挥其抗压强度高的各自优势,从而使其具有优良的抗裂、抗弯、耐疲劳、耐磨耗、韧性高等力学性能,在公路路面、机场道面及建筑结构的应用上有着广阔的前景。
• Accordingly fiber-reinforced concrete has better stressing properties such as crack resistance, bending resistance, anti-fatigue, anti-friction and high toughness . so it has brilliant future in highway surface, road surface of aerodrome and architectural construction . at first the application and theory of fiber-reinforced concrete at home and at abroad is analyzed in this paper
  在受力过程中，短钢纤维发挥其抗拉强度高，而混凝土发挥其抗压强度高的各自优势，从而使其具有优良的抗裂、抗弯、耐疲劳、耐磨耗、韧性高等力学性能，在公路路面、机场道面及建筑结构的应用上有着广阔的前景。