CAJ | 학술논문

为了快速而准确地实现沉井法凿井的井筒支护设计,即实现井筒井壁的二维和三维模拟以及井筒设计的计算报告.文中通过对探测的岩层信息,以及必要的约束参数进行分析,实现了沉井法凿井井筒支护系统的二维图形和三维可视化模型,并综合分析了设计过程中的工程消耗,在此基础上生成了完整全面的设计报告.这样设计人员只需要将已经探测的基本信息录入,系统就会自动生成设计模型和报告,而不用设计人员手工完成模型的设计和报告,这样设计人员不需要每次都重新设计,从而大大减少了设计人员的工作量,提高了工作效率.
위료쾌속이준학지실현침정법착정적정통지호설계,즉실현정통정벽적이유화삼유모의이급정통설계적계산보고.문중통과대탐측적암층신식,이급필요적약속삼수진행분석,실현료침정법착정정통지호계통적이유도형화삼유가시화모형,병종합분석료설계과정중적공정소모,재차기출상생성료완정전면적설계보고.저양설계인원지수요장이경탐측적기본신식록입,계통취회자동생성설계모형화보고,이불용설계인원수공완성모형적설계화보고,저양설계인원불수요매차도중신설계,종이대대감소료설계인원적공작량,제고료공작효솔.
In order to rapidly and accurately implement the caisson well bore support design,it contains the 2D and 3D analogy of the shaft lining and the calculation report of the well bore design. In this paper,through analyzing the rock detection information and necessa-ry parameters,implement the two-dimensional image and three-dimensional visual model of the caisson well bore support system,and generate the detailed report based on comprehensive analysis the engineer consumption. In this way the designer only inputs the basic in-formation,then the system can automatically generate the model and report,without the designer to do this in person,in this way the de-signer need not to redesign every time,which greatly reduces the workload of the designers,improving the work efficiency.