A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Testing bond behaviour of an innovative triangular strand: Experimental setup challenges and preliminary results
The use of the seven-wire strand in pretension structures so far has shown that such strands have a relatively long development length. An attempt to reduce the development length is reflected through the idea of a different strand geometry that has a more favorable shape. This new shape should have a greater inclination of the outer wires, increasing the resistance that occurs when moving through the concrete. The idea is primarily about the triangular distribution of wires in the cross-section of the strand. This paper reviews tests related to the use of innovative, triangular, and ten-wire strands. The tests exclusively relate to the strands formed by the use of steel wires.
Testing bond behaviour of an innovative triangular strand: Experimental setup challenges and preliminary results
The use of the seven-wire strand in pretension structures so far has shown that such strands have a relatively long development length. An attempt to reduce the development length is reflected through the idea of a different strand geometry that has a more favorable shape. This new shape should have a greater inclination of the outer wires, increasing the resistance that occurs when moving through the concrete. The idea is primarily about the triangular distribution of wires in the cross-section of the strand. This paper reviews tests related to the use of innovative, triangular, and ten-wire strands. The tests exclusively relate to the strands formed by the use of steel wires.
Testing bond behaviour of an innovative triangular strand: Experimental setup challenges and preliminary results
Lazić Žarko (author) / Marinković Snežana (author) / Koković Veljko (author) / Broćeta Gordana (author) / Latinović Marina (author)
2022
Article (Journal)
Electronic Resource
Unknown
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