桩体,pile
1)pile[英][pa?l][美][pa?l]桩体
1.They arepile function,mattress function,speeding up solidifing function,packing function and reinforcing function.主要从五个方面详细分析了复合地基的作用机理,即桩体作用、垫层作用、加速固结作用、挤密作用及加筋作用,并对复合地基的应用及计算要点做了分析。
binedpile foundation is a new form of foundation, behaviors of which are directly affected by the dimensional and mechanical parameters of the cushion andpiles.组合桩型复合地基是一种新的地基基础形式,其垫层和桩体的几何、力学参数对性状有直接影响,在具体工程中要结合基础类型、荷载大小、场地地质条件和环保要求,合理选择垫层和桩体材料、施工工艺、尺寸和布局,使设计的地基基础满足强度、变形和稳定性要求,充分发挥其显著的经济和技术优势。
英文短句/例句
1.Analysis of influence of ground upheaval on the strength of DCM深搅桩隆起量对桩体强度的影响分析
2.Influence of pile spacing, pile cap dimension and angle of internal friction of embankment filling on the pile efficacy is analyzed.研究了桩间距、桩帽大小和填料内摩擦角对桩体荷载分担比的影响。
3.Deformation Analysis of Double-row Piles by Finite Element Method双排桩结构特性及桩体位移有限元计算分析
4.Generalized column method for calculation of settlement of T-shaped deep mixed column composite foundation under embankment load路堤下钉形搅拌桩复合地基沉降计算方法——广义桩体法
5.Application of the ram-compaction pile with PHC pre-stressed tube as bodyPHC管桩作桩身的复合载体桩的应用
6.Research on soil fatigue and restoration during deep penetration large diameter pile driving大直径超长桩打桩过程中桩周土体的疲劳与强度恢复
7.Theoretical Analysis of Soil Deformation Due to Piles Jacking;静力压桩引起桩周土体变形的理论分析
8.A Study on Spheric Cavity Expansion and Static Piling in Soils;土体内球形空穴扩张及挤土桩沉桩机理研究
9.Study on Compacting Effect of Fluid State Concreting for Bored Pile;流态桩身混凝土对桩周土体挤密作用的研究
10.Testing and Analysis of Pile Bearing Capacity and the System of Pile-Soil Interaction;桩基承载力及桩土相互作用体系检测与分析
11.Study on the Capacity of Single Cast-in-Situ Piles with Expanded Branches and Plates;多支盘挤扩桩扩径体对单桩承载力影响的研究
12.The Electro-hydraulic Design of Hydraulic Hammer for Highway Guardrail公路护栏桩液压打桩机机电液一体化设计
13.Clinical Observation of Glass Fiber Post and Casting Post in the Repair of Residual Crowns and Roots玻璃纤维桩与铸造桩修复残冠残根的应用体会
14.MODEL TEST STUDY ON LANDSLIDE REINFORCEMENT WITH SINGLE MICROPILE微型桩单桩加固滑坡体的模型试验研究
15.A New Pile-soil Stress Ratio Calculation Method of Composite Foundation with Friable Material Piles散体材料桩复合地基桩土应力比计算新方法
16.Monitoring and analysis of reaction to soil among piles on pile-raft foundation in soft ground软土地区桩筏基础桩间土体反力监测分析
17.Experiences of the Treatment of Collapsible Loess with Lime-soil Compaction Pile + CGF(Cement Fly-ash Gravel) Pile灰土挤密桩+CFG桩处理湿陷性黄土的体会
18.The soil around pile displacement calculation with elastic theory method considering pile soil slip考虑桩土滑移的弹性理论法计算桩周土体位移
相关短句/例句
pile body桩体
1.Through the study of applied a kind of newly arisen craft, namely a method of internal injection, this paper aims at treating a blemish for sand or mud inclusion inpile body, even for the fault pile, and increasing its strength and completeness The result is wellknown本文针对桩体由于裹砂、夹泥等引起的缺陷,甚至造成的断桩,通过具体实践,探讨应用了一种新兴工艺,即桩体内注浆的方法进行处治,以增加其强度和完整性,效果良好。
3)pile shaft桩体
1.Controlled blasting method applied to demolishing underground reinforced concretepile shaft is presented according to specific circumstances of drilling machine and outside restraint, especially including attention of drilling, charging and initiating etc.介绍了地下钢筋混凝土桩体的控制爆破方法，以及在钻孔设备及外界约束较特殊的情况下，钻孔、装药及起爆等方面的注意事项。
4)split dowel分体桩核
1.They were restored withsplit dowel and metal crown after rootcanal treament, and followed up fof 2 to 4 years.方法:选择多根牙无法制出共同就位道的老年人磨牙残根残冠101颗,采用分体桩核及金属全冠的方法进行修复,追踪2-4年。
5)bearing base pile载体桩
1.Design and construction ofbearing base pile are discussed in the paper.对载体桩复合地基设计和施工进行了讨论,重点对载体桩的承载性状、载体桩复合地基承载力的表达式和带帽桩选用的条件等进行了分析,并给出了相应的建议,供设计、施工时参考。
2.The format ofbearing base pile doesn t like caission pile, but is same as spread foundation.载体桩是由干硬性混凝土及填充料等经细长锤夯扩形成的复合载体和钢筋混凝土桩身组成。
3.The paper takes research forbearing base pile in Xi\"an loess region about project application,and introduces the process about design,construction and supervision ofbearing base pile.结合西安黄土地区载体桩工程实例,介绍了载体桩的设计、施工及质量检测过程。
6)connective pile连体桩
1.Research purposes:Application ofconnective pile can solve the difficult problem in exterior-protected construction for underground pipeline and box culvert,ensure the continuity of exterior-protected construction,and avoid the appearance of construction accident caused by seepage.研究方法:借鉴以往的工程经验,在研究工程所处地质条件和改进现有机械设备基础之上,精心研究施工方案并采取可靠的质量保证措施,通过实践检验,连体桩的设计与施工是成功,并提出新的研究方向以扩大其适用范围。
延伸阅读
奥氏体-贝氏体球铁分子式：CAS号：性质：又叫奥-贝球铁。基体组织为奥氏体加贝氏体组织的球墨铸铁。这类球铁硅含量一般在1.4%～3.8%。含锰量小于0.5%，与普通球铁比较硅偏高、锰偏低。通过调节化学成分与热处理获得理想的奥-贝球铁的基体组织为针状贝氏体或无碳贝氏体一富碳奥氏体。这类球铁具有优良的综合机械性能、强度高、耐磨性好、韧性好、特别是有高的缺口韧性，可代替钢，用于制作重要受力结构件，如曲轴、齿轮、凸轮轴等。
