Because the tensile strength and tensile yield strength of alloy 75S-T are appreciably higher than those of the materials used in the tests leading to the use of the straight-line column curve, it appeared advisable to establish the curve of column strength by test rather than by extrapolation of relations determined empirically in the earlier tests. The object of this investigation was to determine the curve of column strength for extruded aluminum alloy 75S-T. In addition to three extruded shapes, a rolled-and-drawn round rod was included. Specimens of various lengths covering the range of effective slenderness ratios up to about 100 were tested
Results are presented for a part of a test program on 24S-T aluminum alloy flat compression panels w...
An investigation was conducted to determine whether there are significant size effects in compressiv...
Bending tests were made of two circular cylinders of corrugated aluminum-alloy sheet. In each test f...
Tests were made to determine the column strength of extruded magnesium alloy AM-57S. Column specimen...
The results of a research program to obtain design data on the strength of open-channel aluminum-all...
This thesis is written to show that within the elastic limit of the material, the behavior of column...
This paper presents a test program on aluminum alloy thin-walled square and rectangular hollow secti...
Although a number of investigations of the bearing strength of aluminum alloys have been made, the p...
The results are presented of a theoretical study for the determination of the column curve from test...
Curves and tabular data present the results of strength tests made during and after 2 1/2 years of a...
Aluminum alloys are used in a wide range of engineering applications and are gaining increasing usag...
Results are presented of tests to determine the effect of brake forming in various tempers on the st...
Compression tests were conducted on 247 panels with Z-section stiffeners and 304 panels with hat-sec...
Curves and tabular data present the results of strength tests made during and after 2 1/2 years of a...
A new empirical formula was developed that holds good for any length and any material of a rod, and ...
Results are presented for a part of a test program on 24S-T aluminum alloy flat compression panels w...
An investigation was conducted to determine whether there are significant size effects in compressiv...
Bending tests were made of two circular cylinders of corrugated aluminum-alloy sheet. In each test f...
Tests were made to determine the column strength of extruded magnesium alloy AM-57S. Column specimen...
The results of a research program to obtain design data on the strength of open-channel aluminum-all...
This thesis is written to show that within the elastic limit of the material, the behavior of column...
This paper presents a test program on aluminum alloy thin-walled square and rectangular hollow secti...
Although a number of investigations of the bearing strength of aluminum alloys have been made, the p...
The results are presented of a theoretical study for the determination of the column curve from test...
Curves and tabular data present the results of strength tests made during and after 2 1/2 years of a...
Aluminum alloys are used in a wide range of engineering applications and are gaining increasing usag...
Results are presented of tests to determine the effect of brake forming in various tempers on the st...
Compression tests were conducted on 247 panels with Z-section stiffeners and 304 panels with hat-sec...
Curves and tabular data present the results of strength tests made during and after 2 1/2 years of a...
A new empirical formula was developed that holds good for any length and any material of a rod, and ...
Results are presented for a part of a test program on 24S-T aluminum alloy flat compression panels w...
An investigation was conducted to determine whether there are significant size effects in compressiv...
Bending tests were made of two circular cylinders of corrugated aluminum-alloy sheet. In each test f...