Title:Warehousing Operation Optimization Model of One Storey New Dangerous Goods Warehouse Based on Warehousing Chain and Its Application
VOLUME: 1
Author(s):Xiaguang Li, Xiefang Lin, Fangwei Zhang*, Xufeng Tang, Ruolin Qiu and Xue Sun
Affiliation:Institute of Logistics Science and Engineering, Shanghai Maritime University, Shanghai, College of Arts and Sciences, Shanghai Maritime University, Shanghai, School of Civil and Environmental Engineering, Ningbo University, Ningbo, College of Transport & Communications, Shanghai Maritime University, Shanghai, College of Foreign Languages, Shanghai Maritime University, Shanghai, College of Transport & Communications, Shanghai Maritime University, Shanghai
Keywords:Dangerous goods warehouse, Warehouse chain, Multiple attribute decision making, Optimization, Evaluation model,
one storey warehouse
Abstract: Introduction: In order to ensure the efficiency and cost of dangerous goods warehouse under the premise of
safety, this study takes the dangerous goods warehouse as the research object and implements multitask for dangerous goods
warehouse with two forklifts.
Methods: This study takes traversal calculation, novel safety calculation formula and scheduling scheme evaluation model as tools to research the forklift scheduling scheme of one-stoery packed dangerous goods
warehouse.
Results: Optimal scheme and allocation decision model are obtained through numerical simulation. The innovation of this study is giving the safety formula of forklift operation in dangerous goods warehouse and using numerical
simulation to obtain the global optimal solution. Furthermore, this study draws on the concept of travel chain to propose the
idea of warehousing chain. At the same time, optimal schemes for multiple dangerous goods inbound and outbound the
warehouse are studied.
Conclusion: With the application of actual data in Shanghai Lingang dangerous goods warehouse,
this study combines with the simulation technology to verify the allocation model of warehousing operations and forklift
scheduling model. The validity and feasibility of the novel theory are also verified.
