A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Economies effected on New Brunswick bridge by special deep-water pier design
Illustrated description of work on bridge over Northwest Miramichi River; patented Disney steel H-pile type of pier used, employing Prepakt concrete, for all of river piers; bridge to be over one mile in length, including approaches and with river spans totaling 1660 ft, between end bents; substructure design.
Economies effected on New Brunswick bridge by special deep-water pier design
Illustrated description of work on bridge over Northwest Miramichi River; patented Disney steel H-pile type of pier used, employing Prepakt concrete, for all of river piers; bridge to be over one mile in length, including approaches and with river spans totaling 1660 ft, between end bents; substructure design.
Economies effected on New Brunswick bridge by special deep-water pier design
Roads Eng Construction
Malloy, R.A. (author)
1951
Article (Journal)
English
© Metadata Copyright Elsevier B. V. All rights reserved.