000			01788nam a22002537a 4500
005			20230512145600.0
008			230324b |||||||| |||| 00| 0 eng d
020			_a0130781975
041			_aeng
043			_cUSA
082			_221a ed. _a624.152 _bD94
100			_926237 _aDowding, Charles H. _eautor
245			_aBlast vibration monitoring and control _b/ _cCharles H. Dowding
260			_aUnited States of America : _bPrentice Hall, _c1985
300			_axvii, 297 p. : _bFigure, Table, Ilustrations ; _c23 cm
490			_aIn civil engineering and engineering mechanics
500			_aIncludes índex.
504			_aReferences: p. 279-287
505			_aChap. 1. Introduction -- Chap. 2. Typical vibration histories and elementary analysis -- Chap. 3. Prediction of peak particle velocity -- Chap. 4. Ground strains from plane wave approximations -- Chap. 5. Response spectra and structural response -- Chap. 6. Prediction of principal frequency and response -- Chap. 7. Natural frequencies and damping of structures: Estimation and measurement -- Chap. 8. Air blasts and sound -- Chap. 9. Cosmetic cracking and its documentation -- Chap. 10. Cracking bounds and response spectra -- Chap. 11. Probability, fatigue, and new construction -- Chap. 12. Restrained response: tunnels, pipelines, and basement walls -- Chap. 13. Concrete, soil, machinery, and human or nonstructural concerns -- Chap. 14. Instrumentation and microcomputers -- Chap. 15. The explosion process and its products -- Chap. 16. Millisecond-delay initiation systems -- Chap. 17. Blast design -- Chap. 18. Timing, geometry, and loading effects on particle velocity
650		0	_aEXCAVATIONS _926750
650		0	_926239 _aExploracions mineres
650		0	_aEXPLOSIUS _926240
942			_cLIBRO _e2023-03-24 _zJATL
999			_c31884 _d31884