Modular Design of Standard Plant Based on Simulation of Architectural Physical Environment

Dong Dong Zhu; Xue Wei Zhuang; Jing Sheng; Qiang Ding

doi:10.4028/www.scientific.net/AMR.383-390.3505

Paper Titles

Research of Torque Control in Large-Scale Wind Turbine
p.3479

Research on Warship Intermediate Frequency Power System
p.3486

Technique of Digital Electro Hydraulic Automatic Control of Hydro Mechanical Transmission
p.3493

Study on Simulation for Solar Heating System for Biogas
p.3499

Modular Design of Standard Plant Based on Simulation of Architectural Physical Environment
p.3505

Research on High Temperature Mechanical Properties of Casing in Complex Environment Deep Well
p.3510

Simulation on Natural Ventilation in Double-Skin Curtain Wall
p.3516

Analysis on the Applicability and Control Strategies of Using CO₂ to Control Fresh Air
p.3522

Study on Directly Driven Wind Turbine with Permanent Magnet Synchronous Generators (D-PMSG)
p.3528

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 383-390Modular Design of Standard Plant Based on...

Modular Design of Standard Plant Based on Simulation of Architectural Physical Environment

Abstract:

It is of great significance on the industrial development that how to deal with the contradiction between plant’s diversity and plant’s fixed form. In this paper, taking the case of standard plant design of Da Huangshan mining subsidence standard, Xuzhou City, the modular design based on Simulation of Architectural Physical Environment so as to improve the indoor environmental quality of plant.