| Experiment ID
| KI RUT hyd5
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| Short Description
| Test 1st of 2 (hyd5, hyd9). Detonation experiments have been carried out in large scale confined complex geometry (263 m3). Uniform hydrogen/air mixture with concentration of 20.0% H2 was tested. Ignition in the canyon (A).
A, B - initiator locations; C, E - steel plates locations Scheme of transducers location in RUT facility.
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| What phenomena were studied
| Detonation wave propagation and pressure loading in the complex confined geometry
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| What phenomena / effects can be studied
| Detonations, pressure loading
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| Instrumentation
| Measurements include 12 piezoelectric transducers.
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| Test variables
| Hydrogen concentration, ignition point
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| Data description / Data completeness
| Pressure recordings in digital form
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| Data availability
| Publicly accessible
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| Source of data / Reference
| Report RRCKI-80-05/59
Reference: W. Breitung, S.B. Dorofeev, A.A. Efimenko, A.S. Kochurko, R. Redlinger, V.P. Sidorov. Large Scale Experiments on Hydrogen-Air Detonation Loads and Their Numerical Simulation. Proc. 20th Int. Symp. on Shock Waves, Pasadena, CA, USA, 1995, p. 405
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| Why were chosen
| Well instrumented, complete description
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| Relevance to the project purposes
| Series of two experiments can be used as integral experiments for the code validation on detonation wave propagation and pressure loading in complex geometries on scales relevant to industrial.
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| Experimental data
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| Results of simulations
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