实验技术与管理
實驗技術與管理
실험기술여관리
EXPERIMENTAL TECHNOLOGY AND MANAGEMENT
2013年
12期
69-71
,共3页
土工实验%双向制样仪%结构密度%均一性
土工實驗%雙嚮製樣儀%結構密度%均一性
토공실험%쌍향제양의%결구밀도%균일성
geotechnical experiment%bi-directional sampler%structure density%uniformity
推介一种获得发明专利的土工实验双向制样仪，便于克服单向垂直多层击实方式束缚，消除了样品结构密度不均一，克服了样品实验数据的不可确定性、离散性及实验曲线拟合性差问题，为控制样品结构密度均一、优化实验样品状态及测试、实现土工实验教学与研究目标服务。
推介一種穫得髮明專利的土工實驗雙嚮製樣儀，便于剋服單嚮垂直多層擊實方式束縳，消除瞭樣品結構密度不均一，剋服瞭樣品實驗數據的不可確定性、離散性及實驗麯線擬閤性差問題，為控製樣品結構密度均一、優化實驗樣品狀態及測試、實現土工實驗教學與研究目標服務。
추개일충획득발명전리적토공실험쌍향제양의，편우극복단향수직다층격실방식속박，소제료양품결구밀도불균일，극복료양품실험수거적불가학정성、리산성급실험곡선의합성차문제，위공제양품결구밀도균일、우화실험양품상태급측시、실현토공실험교학여연구목표복무。
A bi-directional sampler with invention patent for geotechnical experiments is introduced ,which is easy to overcome the one-way vertical multilayer compaction by shackles ,to eliminate density heterogeneity of the sample structures ,to improve problems of data uncertainties ,discreteness and poor curve fitting of the experimental samples .It is good for controlling uniform density of sample structures ,optimizing the states and tests of the experimental samples to achieve the goal of geotechnical experimental teaching and research services .
