This paper is meant to present the mechanical characteristics of austenitic stainless steel rebars under monotonic and cyclic loadings. Furthermore, some results concerning the experimental tests on column prototypes subjected to cyclic loadings are presented,with the intent of comparing with results obtained on analogous columns reinforced with standard high ductile carbon steel rebars
Strain hardening is one of the key features of stainless steel for all structural applications. This...
In current design practice post - installed rebars are widely used in structural applications. Their...
Recent National and International seismic codes mark the difference between assessment of existing ...
This paper is meant to present the mechanical characteristics of austenitic stainless steel rebars ...
Stainless steel is a corrosion resistant iron alloy with great potential in structural engineering d...
In this paper, an experimental program on cyclic loading of austenitic stainless steel specimens is ...
Thanks to their intrinsic durability, austenitic stainless steels are currently used as rebars in se...
The present paper investigates the feasibility of the application of stainless steel (SS) in the se...
Stainless steel is an excellent construction material due to its high ductility, strain hardening, d...
Proper steel model for reinforcing bar incorporating inelastic buckling is essential for precise sei...
Stainless steel is a structural material with great potential in seismic design due to its ductile a...
In the present work the results of a wide experimental test campaign on steel reinforcing bars, incl...
Strain hardening is one of the key features of stainless steel for all structural applications. This...
In current design practice post - installed rebars are widely used in structural applications. Their...
Recent National and International seismic codes mark the difference between assessment of existing ...
This paper is meant to present the mechanical characteristics of austenitic stainless steel rebars ...
Stainless steel is a corrosion resistant iron alloy with great potential in structural engineering d...
In this paper, an experimental program on cyclic loading of austenitic stainless steel specimens is ...
Thanks to their intrinsic durability, austenitic stainless steels are currently used as rebars in se...
The present paper investigates the feasibility of the application of stainless steel (SS) in the se...
Stainless steel is an excellent construction material due to its high ductility, strain hardening, d...
Proper steel model for reinforcing bar incorporating inelastic buckling is essential for precise sei...
Stainless steel is a structural material with great potential in seismic design due to its ductile a...
In the present work the results of a wide experimental test campaign on steel reinforcing bars, incl...
Strain hardening is one of the key features of stainless steel for all structural applications. This...
In current design practice post - installed rebars are widely used in structural applications. Their...
Recent National and International seismic codes mark the difference between assessment of existing ...