1.
Thermal analysis of artificially frozen wall in seasonal frozen area
季节冻土地区人工冻土墙的冻结特性研究
2.
Experimental Study of the Temperature Field in a Frozen Wall Influenced by a Seasonal Frozen Soil Layer
季节冻土层影响下冻土墙温度场模型试验研究
3.
Re-distribution of temperature field of artificial ice wall affected by heat of concrete hydration
混凝土水化热对人工冻土墙温度场分布的影响
4.
Application Studying of Rheology Theories about Plane Freezing Wall s Design;
平面冻土墙设计的流变理论与应用研究
5.
Investigation about Freezing Wall s Design Theories in the Bridge Foundation Engineering;
桥梁基础工程冻土墙设计的流变理论研究
6.
The Interaction Laws between Ice Wall and Supporting Structure in Circular Deep Excavation;
深基坑中圆形冻土墙与内衬相互作用的探讨
7.
Finite Element Analysis for the Coupled Problem of Temperature and Stress Fields in Excavation of Deep Foundation Pit Conserved by Frozen Soil Wall;
冻土墙围护深基坑温度场和应力场耦合有限元分析
8.
Equivalent-trapezoid method of average temperature calculation for multi-row-pipe straight frozen soil wall
多排管直线冻土墙平均温度的等效梯形计算方法
9.
The nature of the soil is the main factor determining the heaving charactor, therefore if the heaving soil were displaced with non-heaving soil, such as sand or gravel the retaining wall be protected.
在一定条件下将挡土墙后冻胀土换填成非冻胀土，则可达到防治墙体冻胀破坏目的。
10.
Study with the prevention and control measures on the "frost heave damage" about artificial lakeshore retaining wall
人工湖岸挡土墙“冻害”与防治措施研究
11.
Abstract: Hydraulic retaining walls in seasonal cold region are often destroyed by breaking, declining and movement resulted from soil heaving behind walls.
文摘:季节冻土区水工挡土墙，常因墙后土体冻胀而产生断裂、斜、平位移等形式的破坏。
12.
Hydraulic retaining walls in seasonal cold region are often destroyed by breaking, declining and movement resulted from soil heaving behind walls.
季节冻土区水工挡土墙，常因墙后土体冻胀而产生断裂、斜、平位移等形式的破坏。
13.
Modeling of Ammonia Emission from Indoor Concrete Wall with Antifreeze
含防冻剂的混凝土墙体中氨的释放模型研究
14.
Experimental Study on Water Migration of Reinforced Retaining Wall in Freezing-Thawing Cycle
加筋挡土墙冻融循环过程中水分运移试验研究
15.
Test and analysis of development of depth of seasonal-thawing of L type retaining wall
L型挡墙冻土融化深度变化趋势测试及分析
16.
In permafrost areas in the Soviet Union or Canada or Alaska, ice has been used effectively for walling and roofing.
在苏联、加拿大或阿拉斯加的永久冻土地区，冰一直很有效地用来做墙和屋顶。
17.
RESEARCH OF GROUND FROZEN DEPTH IN SEASONALLY FROZEN AREAS
季节性冻土地区土壤冻结深度的研究
18.
Research on the Forming and Thawing of Frozen Soil Walls by Artificial Ground Freezing Method;
人工地层冻结冻土帷幕形成与解冻规律研究