Abstract
This report describes the hydrostatic structural-performance testing of a half-scale, titanium-shell, lead-matrix container (MM2) with a large, simulated volumetric casting defect. Mechancial behaviour of the container is assessed from extensive surface-strain measurements and post-test non-destructive and destructive examinations. Measured strain data are compared briefly with analytical results from a finite-element model of a previous test prototype, MM1, and with data generated by a finite-difference computer code. Finally, procedures are recommended for more detailed analytical modelling. (auth)
Citation Formats
Hosaluk, L. J., and Barrie, J. N.
Structural-performance testing of titanium-shell lead-matrix container MM2.
Canada: N. p.,
1992.
Web.
Hosaluk, L. J., & Barrie, J. N.
Structural-performance testing of titanium-shell lead-matrix container MM2.
Canada.
Hosaluk, L. J., and Barrie, J. N.
1992.
"Structural-performance testing of titanium-shell lead-matrix container MM2."
Canada.
@misc{etde_10153785,
title = {Structural-performance testing of titanium-shell lead-matrix container MM2}
author = {Hosaluk, L. J., and Barrie, J. N.}
abstractNote = {This report describes the hydrostatic structural-performance testing of a half-scale, titanium-shell, lead-matrix container (MM2) with a large, simulated volumetric casting defect. Mechancial behaviour of the container is assessed from extensive surface-strain measurements and post-test non-destructive and destructive examinations. Measured strain data are compared briefly with analytical results from a finite-element model of a previous test prototype, MM1, and with data generated by a finite-difference computer code. Finally, procedures are recommended for more detailed analytical modelling. (auth)}
place = {Canada}
year = {1992}
month = {May}
}
title = {Structural-performance testing of titanium-shell lead-matrix container MM2}
author = {Hosaluk, L. J., and Barrie, J. N.}
abstractNote = {This report describes the hydrostatic structural-performance testing of a half-scale, titanium-shell, lead-matrix container (MM2) with a large, simulated volumetric casting defect. Mechancial behaviour of the container is assessed from extensive surface-strain measurements and post-test non-destructive and destructive examinations. Measured strain data are compared briefly with analytical results from a finite-element model of a previous test prototype, MM1, and with data generated by a finite-difference computer code. Finally, procedures are recommended for more detailed analytical modelling. (auth)}
place = {Canada}
year = {1992}
month = {May}
}