Add to ORKGAs part of a series of tests sponsored by the PVRC, five quenched and tempered steels important for use in structural applications were selected to study the influence of mechanical and metallurgical discontinuities on creep-rupture properties
The evaluation of the creep rupture behaviour of 2.25Cr-1Mo ferritic steel at 773 and 823 K over a s...
Despite of the well-known fact that high strength steels are exhibiting low temperature creep deform...
AbstractTime-dependent loads may significantly affect on structural integrity of RPV (Reactor Pressu...
A large number of creep tests on various steels were carried out to study the effect of compositions...
Coal-fired power plants must operate at higher temperatures and pressures to achieve maximum efficie...
It is important to select materials having both high strength and good ductility in most engineering...
Creep rupture strength and ductility of creep strength enhanced ferritic steels of Grades 23, 91, 92...
A novel testing technique has been employed to study the creep properties of ferritic steel weldment...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
International audienceASME Grade 91 steel base metal and a similar weld were tested under creep at 5...
Martensitic steels with an ultimate tensile strength beyond 2000 MPa are applied in the powertrain o...
P92 steel is used as a piping material in ultra super critical power plants that can be operated at ...
Increasing demand on PM steels for automotive applications necessitates high performance structural ...
We demonstrate that creep testing of cantilevers in bending is suitable for evaluating steady-state ...
Understanding the elevated temperature behaviour of materials is extremely important for the efficie...
The evaluation of the creep rupture behaviour of 2.25Cr-1Mo ferritic steel at 773 and 823 K over a s...
Despite of the well-known fact that high strength steels are exhibiting low temperature creep deform...
AbstractTime-dependent loads may significantly affect on structural integrity of RPV (Reactor Pressu...
A large number of creep tests on various steels were carried out to study the effect of compositions...
Coal-fired power plants must operate at higher temperatures and pressures to achieve maximum efficie...
It is important to select materials having both high strength and good ductility in most engineering...
Creep rupture strength and ductility of creep strength enhanced ferritic steels of Grades 23, 91, 92...
A novel testing technique has been employed to study the creep properties of ferritic steel weldment...
Study of creep behavior of base metal (without weld) and welded specimens of P91B steel over a range...
International audienceASME Grade 91 steel base metal and a similar weld were tested under creep at 5...
Martensitic steels with an ultimate tensile strength beyond 2000 MPa are applied in the powertrain o...
P92 steel is used as a piping material in ultra super critical power plants that can be operated at ...
Increasing demand on PM steels for automotive applications necessitates high performance structural ...
We demonstrate that creep testing of cantilevers in bending is suitable for evaluating steady-state ...
Understanding the elevated temperature behaviour of materials is extremely important for the efficie...
The evaluation of the creep rupture behaviour of 2.25Cr-1Mo ferritic steel at 773 and 823 K over a s...
Despite of the well-known fact that high strength steels are exhibiting low temperature creep deform...
AbstractTime-dependent loads may significantly affect on structural integrity of RPV (Reactor Pressu...