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  • Sewer and wastewater systems suffer from insufficient capacity, construction flaws and pipe deterioration. Hydraulic simulations are usually done running commercial models that apply, as input, default values of parameters that strongly influence results. Using CCTV inspections data to cataloguefailures affecting pipes, a 3D model was used to evaluate their hydraulic consequences. The translation of failures effects in parameters values producing the same hydraulic conditions caused by failures was done through the comparison of laboratory experiences and 3D simulations results. This will move the results from 1D models closer to reality and decrees a number of calibrations needs. It can be also used during the operation time for changing performance capacity due to deduction of failures, or for prediction of capacity due to predicted failures on a sewer system.
  • Sewer and wastewater systems suffer from insufficient capacity, construction flaws and pipe deterioration. Hydraulic simulations are usually done running commercial models that apply, as input, default values of parameters that strongly influence results. Using CCTV inspections data to cataloguefailures affecting pipes, a 3D model was used to evaluate their hydraulic consequences. The translation of failures effects in parameters values producing the same hydraulic conditions caused by failures was done through the comparison of laboratory experiences and 3D simulations results. This will move the results from 1D models closer to reality and decrees a number of calibrations needs. It can be also used during the operation time for changing performance capacity due to deduction of failures, or for prediction of capacity due to predicted failures on a sewer system. (en)
Title
  • Není k dispozici (cs)
  • The Hydraulic Capacity of Sewer System Scanned by CCTV Inspection
  • The Hydraulic Capacity of Sewer System Scanned by CCTV Inspection (en)
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  • Není k dispozici (cs)
  • The Hydraulic Capacity of Sewer System Scanned by CCTV Inspection
  • The Hydraulic Capacity of Sewer System Scanned by CCTV Inspection (en)
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  • RIV/68407700:21110/05:01111987!RIV06-GA0-21110___
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  • P(GP103/05/P184)
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  • 523940
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  • RIV/68407700:21110/05:01111987
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  • CARE-S; CCTV inspection; FLUENT; Failures in sewer system (en)
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  • [1877A05AB65D]
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  • Pollert, Jaroslav
  • Ugarelli, R.
  • Sagrov, S.
https://schema.org/isbn
  • 87-89220-80-3
http://localhost/t...ganizacniJednotka
  • 21110
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