土工离心机基本试验原理

对于多数岩土工程结构，其受力状态和变形特性很大程度上取决于本身所受到的重力，特别是高土石建筑物，重力作用决定了其应力变形特性。土工离心机可以提供一个人造高重力场，在模型土工建筑物中再现原型的性状。

土石坝稳定与变形 Stability of dam or embankment

边坡稳定研究 Stability of slope

挡土墙变形与稳定 Retaining wall

地下结构 Buried structure

洞室开挖 Tunneling

深基坑开挖 Deep excavation

深基础 Deep foundation

各类桩基础 Pile and foundation

地震及液化模拟 Earthquake & liquefaction

堤坝动力反应 Dynamic behavior of dam

波浪模拟 Wave induced instability of slope

爆炸模拟 Blasting simulation

环境土力学研究 Environmental geotechnics

冻土工程研究 Cold regions' engineering

《土工离心模型试验规程》DL/T5102-1999 (2012年修订)

[1]Schofield A N. An introduction to centrifuge modeling[A]. Centrifuges in soil mechanics [C], Rotterdam, Balkema, Craig, James & Schofield (eds), 1988: 1-9.

[2]Zelikson A. Geotechnical models using the hydraulic gradient similarity method[J]. Géotechnique, 1969, (19): 495-508.

[3]Schofield A N. Cambridge geotechnical centrifuge operation [J]. Géotechnique, 1980,(20): 227-268.

[4]Shen C K, Li X S, Ng C W W, et al. Development of a geotechnical centrifuge in Hong Kong[A]. Proc. Centrifuge 98[C], Tokyo, 1998: 13-18.

[5]Ng C W W. Applications of geotechnical centrifuge modelling techniques for engineering designs[A]. Proc. Construction Challenges into the Next Century[C]. The Hong Kong Institution of Engineers. 1999: 241-252.

[6]Kutter B L. Recent advances in centrifuge modelling of seismic shaking[A]. Proc. 3rd Int. Conf. Recent Advances in Geotechnical Earthquake Engineering and Soil Dynamics[C], St. Louis, Missouri, 1995, 2(8): 927-941.

脱帽离心机亦称脱盖离心机、真空采血管专用脱帽离心机、自动脱帽离心机。