A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Safer Sign and Luminaire Supports. Task K. Correlation of Full-Scale, Laboratory, Analytical, and Computer-Simulated Results. Volume IV
Results of a correlation study between full-scale, laboratory pendulum, analytical, and computer-simulated tests of impacts with breakaway sign and luminaire supports is presented. Momentum change during impact is used as a basis of comparison in the correlation. This task report is part of a study in which a full investigation into impact phenomena of vehicles with breakaway supports was made using analytical, computer simulated, laboratory pendulum, and full-scale testing techniques. Procedures for acceptance testing of breakaway sign and luminaire supports using a pendulum impact facility were also developed.
Safer Sign and Luminaire Supports. Task K. Correlation of Full-Scale, Laboratory, Analytical, and Computer-Simulated Results. Volume IV
Results of a correlation study between full-scale, laboratory pendulum, analytical, and computer-simulated tests of impacts with breakaway sign and luminaire supports is presented. Momentum change during impact is used as a basis of comparison in the correlation. This task report is part of a study in which a full investigation into impact phenomena of vehicles with breakaway supports was made using analytical, computer simulated, laboratory pendulum, and full-scale testing techniques. Procedures for acceptance testing of breakaway sign and luminaire supports using a pendulum impact facility were also developed.
Safer Sign and Luminaire Supports. Task K. Correlation of Full-Scale, Laboratory, Analytical, and Computer-Simulated Results. Volume IV
R. P. Owings (author) / J. W. Adair (author) / T. J. Rudd (author)
1976
79 pages
Report
No indication
English
Safer Sign and Luminaire Supports
NTIS | 1976
Development of design criteria for safer luminaire supports
| TIBKAT | 1969