有色冶金设计与研究
有色冶金設計與研究
유색야금설계여연구
NONFERROUS METALS ENGINEERING & RESEARCH
2014年
3期
7-10
,共4页
抛石挤淤%挤淤深度%有限元%计算模型%检测结果
拋石擠淤%擠淤深度%有限元%計算模型%檢測結果
포석제어%제어심도%유한원%계산모형%검측결과
riprapping extrusion sludge%extrusion depth%finite element%calculation model%detection result
挤淤深度是抛石挤淤加固方式的重要质量控制参数。文章基于工程实例,首先对抛石挤淤加固机理进行分析,随后根据工程特点建立抛石挤淤处理深度有限元计算模型。通过计算,确定满足了工程要求的处理深度,最后通过检测结果分析该挤淤深度设计方法的合理性,并总结了现场施工控制要点。
擠淤深度是拋石擠淤加固方式的重要質量控製參數。文章基于工程實例,首先對拋石擠淤加固機理進行分析,隨後根據工程特點建立拋石擠淤處理深度有限元計算模型。通過計算,確定滿足瞭工程要求的處理深度,最後通過檢測結果分析該擠淤深度設計方法的閤理性,併總結瞭現場施工控製要點。
제어심도시포석제어가고방식적중요질량공제삼수。문장기우공정실례,수선대포석제어가고궤리진행분석,수후근거공정특점건립포석제어처리심도유한원계산모형。통과계산,학정만족료공정요구적처리심도,최후통과검측결과분석해제어심도설계방법적합이성,병총결료현장시공공제요점。
Extrusion depth is an important quality control parameter of riprapping extrusion sludge reinforcement. Based on engineering practice, this paper first makes an analysis on the mechanism of riprapping extrusion sludge reinforcement, and then establishes finite element calculation model for riprapping extrusion depth according to the project characteristic to confirm the depth that meet the project requirement. Finally, it is analyzed through detection result that this design method of extrusion sludge is reasonable and summarizes the control point of on-site construction to provide reference for other similar projects.