Add to ORKGA study of the bending action and load capacity of combined steel/aluminium members
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
Two series of simply supported bending tests on aluminium alloy square and rectangular hollow sectio...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
A study of the bending action and load capacity of combined steel/aluminium members
The load-carrying capacity of steel structures and members subjected mostly to bending depends in la...
The load-carrying capacity of steel structures and members subjected mostly to bending depends in la...
This thesis presents the outcome of an investigation into the experimental and theoretical behavior ...
Bibliography: v. 1, p. 54; v. 2, p. 23-24; v. 3, p. 22.v. 1. Eccentrically-loaded tension members ha...
This report contains an exploratory investigation of the plastic bending of aluminum alloy I-beams w...
The purpose of this investigation is to determine the effect of inelastic deformation on the load ca...
A comparison was made between high pressure die cast and wrought magnesium alloys and formed mild st...
The aim of this thesis is to investigate the differences between steel and aluminium alloy in differ...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
Dissertation focuses on strengthening of axially loaded steel members strengthened under load. Stren...
Session 4A: AluminiumABSTRACT: The use of aluminium alloys in civil engineering is becoming more and...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
Two series of simply supported bending tests on aluminium alloy square and rectangular hollow sectio...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
A study of the bending action and load capacity of combined steel/aluminium members
The load-carrying capacity of steel structures and members subjected mostly to bending depends in la...
The load-carrying capacity of steel structures and members subjected mostly to bending depends in la...
This thesis presents the outcome of an investigation into the experimental and theoretical behavior ...
Bibliography: v. 1, p. 54; v. 2, p. 23-24; v. 3, p. 22.v. 1. Eccentrically-loaded tension members ha...
This report contains an exploratory investigation of the plastic bending of aluminum alloy I-beams w...
The purpose of this investigation is to determine the effect of inelastic deformation on the load ca...
A comparison was made between high pressure die cast and wrought magnesium alloys and formed mild st...
The aim of this thesis is to investigate the differences between steel and aluminium alloy in differ...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
Dissertation focuses on strengthening of axially loaded steel members strengthened under load. Stren...
Session 4A: AluminiumABSTRACT: The use of aluminium alloys in civil engineering is becoming more and...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...
Two series of simply supported bending tests on aluminium alloy square and rectangular hollow sectio...
Developed a method for calculating the load carrying capacity of castellated I-beam with ideal elast...