Multifunctional Integration Equipment Design and Construction Technology Research

Jing Bo Guo; Jun Chen; Jin Zhi Liu; Jing Chuan Niu

doi:10.4028/www.scientific.net/AMR.650.359

Paper Titles

Study of Thermal Technical Properties of Lightweight Concrete with Utilization of Non Stationary Hot-Wire Method
p.333

Grind Cullet and Silicate Coatings
p.340

Analysis on the Corrosion Failure of MDS Mine Multistage Centrifugal Pump Impeller
p.344

Green’s Function for Piezoelectricity with an Elliptical Inclusion in Multi-Field Circumstance
p.350

Multifunctional Integration Equipment Design and Construction Technology Research
p.359

Dynamics Analysis and Modeling of a Hexapod Robot with Single Drive
p.364

The RPR Group in Mechanism Analysis and Design System
p.369

System Optimization for Prism Based Stereovision
p.374

J-Integral Evaluation for Calculating Structural Intensity and Stress Intensity Factor Using Commercial Finite Element (FE) Solutions
p.379

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 650Multifunctional Integration Equipment Design and...

Multifunctional Integration Equipment Design and Construction Technology Research

Abstract:

In the face of situation that the overall technology of tunnel mechanization construction is relatively backward in our country in recent years, a new type of mechanization supporting construction equipment which is suitable for the national conditions of our country is developed, and the corresponding construction technology is formulated. The equipment that set many functions in one can effectively improve the subway tunnel construction efficiency and reduce cost, and it provides a kind of new thought for the acceleration of China's subway tunnel construction mechanization.