Research on Dead-End Tunneling Ventilation Control System

Shu Fang Wang; Zhi Yong Yang; Ming Hai Li

doi:10.4028/www.scientific.net/AMR.516-517.1188

Paper Titles

Numerical Comparison of Refrigerating Performance between Porous Window on Slope Roof and on Flat Roof
p.1171

Optimal Configuration of Evaporative Condensers in Refrigerating Plants Based on Part Load
p.1176

Performance Research of Air-Cooled Heat Pump for Small Residential
p.1180

Process Optimization of One-Stage Propane Pre-Cooled MRC Cycle for Small-Scale LNG Plant
p.1184

Research on Dead-End Tunneling Ventilation Control System
p.1188

Simulation Calculation of Spiral Condenser about Refrigerant System
p.1192

Study on Adsorption Desiccant Based Hybrid Air Conditioning System
p.1196

Study on Evaluation Index of Cold Insulation Performance
p.1201

Study on Fresh Air in Cooling Load Calculation
p.1205

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 516-517Research on Dead-End Tunneling Ventilation Control...

Research on Dead-End Tunneling Ventilation Control System

Abstract:

On the basis of analysis of ventilation requirement and CO concentration distribution character in dead-end tunneling, this paper designed the ventilation equipment layout. Furthermore, a control strategy which includes normal ventilation mode and gun smoke discharging mode is established. In view of expert experience and numerical simulation results dead-end tunneling, fuzzy control is adopted to deal with this problem. Control rules principle is described in detail. Applying direct torque speed adjustment mode, an experimental system is designed and implemented. Partial experimental results show that gun smoke emission process is fast in order to increase efficiency, while normal ventilation mode is adjustable air flow for energy conservation.

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Periodical:

Advanced Materials Research (Volumes 516-517)

Pages:

1188-1191

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.516-517.1188

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Online since:

May 2012

Authors:

Shu Fang Wang, Zhi Yong Yang, Ming Hai Li

Keywords:

Dead-End Tunneling, Energy Conservation, Fuzzy Control, Ventilation

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References

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