Search Results - Logachev, I.N.

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  1. 1
    Refining the method for determining the flow rate of air entrained by freely falling polydisperse loose material

    Refining the method for determining the flow rate of air entrained by freely falling polydisperse loose material by Logachev, I.N., Popov, E.N., Logachev, K.I., Averkova, O.A.

    Published in Powder technology
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  2. 2
    Analytical and experimental study of the air recirculation in a loading porous tube with a combined bypass chamber

    Analytical and experimental study of the air recirculation in a loading porous tube with a combined bypass chamber by Averkova, O.A, Kryukov, I.V, Logachev, I.N, Logachev, K.I

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  3. 3
    Methods of reducing the power requirements of ventilation systems. Part 4. Theoretical prerequisites for the creation of dust localizing devices with swirling air flows

    Methods of reducing the power requirements of ventilation systems. Part 4. Theoretical prerequisites for the creation of dust localizing devices with swirling air flows by Logachev, I.N, Logachev, K.I, Averkova, O.A, Azarov, V.N, Uvarov, V.A

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  4. 4
    Air Ejection by a Flux of Particles of a Bulk Material in a Vertical Porous Pipe with a Bypass Cylindrical Chamber

    Air Ejection by a Flux of Particles of a Bulk Material in a Vertical Porous Pipe with a Bypass Cylindrical Chamber by Averkova, O. A., Logachev, I. N., Logachev, K. I.

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  5. 5
    Methods and Means of Reducing the Power Requirements of Ventilation Systems in the Transfer of Free-Flowing Materials

    Methods and Means of Reducing the Power Requirements of Ventilation Systems in the Transfer of Free-Flowing Materials by Logachev, I. N., Logachev, K. I., Averkova, O. A.

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  6. 6
    Methods of reducing the power requirements of ventilation systems. Part 2. Determining the efficiency of recirculating flows

    Methods of reducing the power requirements of ventilation systems. Part 2. Determining the efficiency of recirculating flows by Logachev, I.N, Logachev, K.I, Averkova, O.A

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  7. 7
    Methods of Reducing the Power Requirements of Ventilation Systems. Part 3. Design of Loading Device and Suggestions for its Improvement

    Methods of Reducing the Power Requirements of Ventilation Systems. Part 3. Design of Loading Device and Suggestions for its Improvement by Logachev, I. N., Logachev, K. I., Averkova, O. A.

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  8. 8
    Modeling Detached Flows at the Inlet to Round Suction Flues With Annular Screens

    Modeling Detached Flows at the Inlet to Round Suction Flues With Annular Screens by Averkova, O. A., Logachev, I. N., Logachev, K. I., Khodakov, I. V.

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  9. 9
    Methods of Reducing the Power Requirements of Ventilation Systems. Part 1. Derivation of Hydrodynamic Equations of Air Ejection by a Stream of Free-Flowing Material in a Perforated Trough with Bypass Chamber

    Methods of Reducing the Power Requirements of Ventilation Systems. Part 1. Derivation of Hydrodynamic Equations of Air Ejection by a Stream of Free-Flowing Material in a Perforated... by Logachev, I. N., Logachev, K. I., Averkova, O. A., Kryukov, I. V.

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  10. 10
    Numerical simulation of air currents at the inlet to slot leaks of ventilation shelters

    Numerical simulation of air currents at the inlet to slot leaks of ventilation shelters by Averkova, O. A., Zorya, V. Yu, Logachev, I. N., Logachev, K. I.

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  11. 11
    Investigation of the hardness and wear resistance of working sections of machines hardened by vibroarc surfacing using cermet materials

    Investigation of the hardness and wear resistance of working sections of machines hardened by vibroarc surfacing using cermet materials by Titov, N.V., Kolomeichenko, A.V., Logachev, V.N., Kravchenko, I.N., Litovchenko, N.N.

    Published in Welding International
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