A study of tunnelling equipment develoment in a model test

김상환

Abstract

Tunnel modelling in the field of geotechnical engineering essentially requires models of tunnelling machines and the simulation of tunnelling processes to clarify the detailed behaviour of tunnel construction. Modern advanced mechatronics, including construction processes, machinining and control technologies, are making it possible to fabricate such models. These technologies, however, are essentially developed in a gravity field condition and are needed to examine in a 1g or cenrifuge field condition. This paper presents the simulation method for tunnelling processes and the design method for tunnelling machines with special reference to the problem of earth pressure acting on the lining of a shield tunnel. The paper then introduces and verifies the design method for tunnelling machines in the 1g field by means of checking the reproduceability of experiment data and their comparison with data in the field.

keywords: 터널 모델링, 터널장비, 터널굴진 과정, 중력장 상태, 쉴드, 재생성, Tunnel modelling, tunnelling machines, tunnelling processes, gravity field condition, shield, reproduceability, Tunnel modelling, tunnelling machines, tunnelling processes, gravity field condition, shield, reproduceability

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(사)한국터널지하공간학회

Article Contents

Vol.5 No.2

A study of tunnelling equipment develoment in a model test

Abstract

(사)한국터널지하공간학회