Study on Mathematical Model of Freight Transportation Logistic Control

Li Zuo

doi:10.4028/www.scientific.net/AMM.178-181.2573

Paper Titles

Field Test of a Multigirder Concrete Bridge of 25m Span
p.2553

Simulation of Air Temperature in an Under-Bridge Storehouse
p.2557

Test Study on the Influence of Periodical Temperature Stress on the Loss of Structural Prestress
p.2561

Research on Structure Design of Cable-Stayed Bridge
p.2565

Study on Mathematical Model of Freight Transportation Logistic Control
p.2573

Modeling the Effects of Rainfall on Urban Freeway Free-Flow Speeds
p.2577

Design Theory for Speed Control Based on Visual Rhythm for Long Stretches of Freeway
p.2586

An Overview of the Usage of Adaptive Signal Control System in the United States of America
p.2591

Reseach on Multimodal Logistics Emergency Decision System Based on GIS
p.2599

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 178-181Study on Mathematical Model of Freight...

Study on Mathematical Model of Freight Transportation Logistic Control

Abstract:

Freight transportation activities in the present circumstances are closely related to a larger context of logistics decision-making, but logistic requirement is not relevant to all types of goods. Most existing freight transport demand models used for mode and route selection still focus only on the direct factors. This paper discusses the taxonomy of logistic and transport models, and the factors can be incorporated into freight transport demand models in order to improve the forecasting capability of the model.