Galvanic corrosion potential and material and bond properties of titanium reinforcing bars
SLR Platt - 2018 - search.proquest.com
2018•search.proquest.com
The use of titanium reinforcing bars for concrete has been proposed. The primary advantage
of titanium is its corrosion resistance enhancing concrete element performance and
permitting reduced cover in near-surface mounted applications. Like steel, titanium exhibits
an elastic behaviour to a proportional limit, a definable yield value, and exhibits a great deal
of ductility. Grade 5 titanium exhibits yield strength approximately twice that of ASTM A615
steel and an extensional modulus about 55% of steel.
of titanium is its corrosion resistance enhancing concrete element performance and
permitting reduced cover in near-surface mounted applications. Like steel, titanium exhibits
an elastic behaviour to a proportional limit, a definable yield value, and exhibits a great deal
of ductility. Grade 5 titanium exhibits yield strength approximately twice that of ASTM A615
steel and an extensional modulus about 55% of steel.
Abstract
The use of titanium reinforcing bars for concrete has been proposed. The primary advantage of titanium is its corrosion resistance enhancing concrete element performance and permitting reduced cover in near-surface mounted applications. Like steel, titanium exhibits an elastic behaviour to a proportional limit, a definable yield value, and exhibits a great deal of ductility. Grade 5 titanium exhibits yield strength approximately twice that of ASTM A615 steel and an extensional modulus about 55% of steel.
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