The Mobility during Crisis Situations
p.236
p.236
Internal Structure Research of Shungite by Broadband Ultrasonic Spectroscopy
p.242
p.242
Resilience of Historical Public Buildings against Blast in a Context of Monument Preservation
p.248
p.248
Humanitarian Assistance with Bridge Construction in the Central African Republic
p.261
p.261
Pressure Losses in a Hose Line during Water Transfer to Fires
p.268
p.268
Prediction of the Fatigue Life of the Vibrational Sieve Supporting Beam
p.274
p.274
Safety Design of Laminated Glass Regarding PVB Interlayer Stiffness for Large Glass Facades and Shop Windows
p.279
p.279
Building Protection with Composite Materials Application
p.286
p.286
Perimeter Protection Elements Testing for Burglar Resistance
p.292
p.292
Pressure Losses in a Hose Line during Water Transfer to Fires
Abstract:
The article deals with an issue of length pressure losses in hose line during water transfer to fires. It compares currently used attributes of pressure losses, pressure losses by hydrodynamic laws and experimentally determined pressure losses in the hose line. It designs adjustments of the constants used for the simplified calculation parameters of water transport.
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Info:
Periodical:
Key Engineering Materials (Volume 755)
Pages:
268-273
Citation:
Online since:
September 2017
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Keywords:
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