An Analysis Of Present Day Inadequacies And Needed Improvements In The Technology Of Cut And Cover Construction

- Organization:
- Society for Mining, Metallurgy & Exploration
- Pages:
- 6
- File Size:
- 184 KB
- Publication Date:
- Jan 1, 1970
Abstract
The report on cut and cover construction as assembled by the Organization for Economic Co-operation and Development covered 17 different countries based on a total of just under 400 individual replies of which about 30% of the replies were from the United States. In general, the review of replies to the questionnaire led to the impression that cut and cover construction is a very inadequate method which needed many improvements. This unfavorable judgment, however, resulted in the manner in which questions were asked rather than in the method itself, It can be concluded that the cut and cover construction method has proved itself as an excellent method and that it has reached a high degree of technological perfection, but inadequacies stilt exist, and for purposes of complete evaluation, comparisons with mining tunnelling methods should be carried out. The principal problem in cut and cover construction is the interaction during construction between the construction process and the existing use of the surface and subsurface environment. The greatest impediments to cut and cover construction have little to do with the physical works being constructed, but more with creating a site in which the work can be performed. Utility relocation, traffice maintenance, and protection of existing structures are major problems for the construction contractor, and too frequently receive insufficient attention in preconstruction planning and design. Some OF the areas in which research should be undertaken are as follows:
Citation
APA:
(1970) An Analysis Of Present Day Inadequacies And Needed Improvements In The Technology Of Cut And Cover ConstructionMLA: An Analysis Of Present Day Inadequacies And Needed Improvements In The Technology Of Cut And Cover Construction. Society for Mining, Metallurgy & Exploration, 1970.