Simulation of Natural Ventilation of Workshop in Large-Scale Iron and Steel Enterprises Based on CFD

Yan Long; Ke Liu; Shi Ping Jin; Yan Fu

doi:10.4028/www.scientific.net/AMM.170-173.2478

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Settlement and Stress Monitoring System of Urban Buried Gas Pipeline
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Exergy Analysis of the Vapor Compression Refrigeration
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Application of an Air-Air Energy Exchanger in a Building HVAC System in Xiamen
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Simulation of Natural Ventilation of Workshop in Large-Scale Iron and Steel Enterprises Based on CFD
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The Influence of Buried Tube Depth and Operational Mode on Heat Exchanger Performance
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Exergy Analysis of Cascade Ethylene-Propane Rankine Cycle with Cold Energy Recovery of LNG
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The Experimental Research on Beijing Subway Air-Conditioning System Energy-Saving
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Application Research of Solar Water Heating System in Severe Cold Region
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 170-173Simulation of Natural Ventilation of Workshop in...

Simulation of Natural Ventilation of Workshop in Large-Scale Iron and Steel Enterprises Based on CFD

Abstract:

Method of CFD was adopted to carry out two-dimensional numerical simulations for internal natural ventilation process of a standard triple-span workshop in iron and steel enterprises with3 different layouts of heat resources. Flow states and relevant parameters of air-fluid in the workshop were obtained to come up with theoretical basis for design, optimization and process layout of natural ventilation in workshops.