Research on Slow Lane System Planning and Design: A Case Study of Guangzhou International Biological Island Greenway

Juan Yu Wu

doi:10.4028/www.scientific.net/AMM.548-549.1778

Paper Titles

Analyses on the BIM Technology Using in the Design of Green Village Buildings
p.1758

Numerical Simulation on Embedded Steel Frame Concrete Blast Wall Resisting Air Shock Wave
p.1763

The Construction of Modern Residences Based on the Concept of “Ecological” Green Community
p.1768

Study on Green City Construction and Sustainable Development – Low Carbon City from Theory to Create
p.1773

Research on Slow Lane System Planning and Design: A Case Study of Guangzhou International Biological Island Greenway
p.1778

Establishment and Solution of the RNC Flow Network Model
p.1783

Research on Detail-Structure Construction Technology of Outside Heat Preservation of Exterior Walls
p.1790

A Validation Study for CFD Simulation of a Simplified Urban Model
p.1795

Real-Time Simulation of Pipe Network Based on EPANET
p.1800

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 548-549Research on Slow Lane System Planning and Design:...

Research on Slow Lane System Planning and Design: A Case Study of Guangzhou International Biological Island Greenway

Abstract:

This paper will conduct a case study of slow lane system of Guangzhou International Biological Island (GIBI) greenway network in three main phases: (1) describe building standard of slow system in Construction Guidelines of Regional Greenways in Guangdong Province; (2) analyze GIBI Greenway comprehensive plan and investigate the site to illustrate slow lane design; and (3) provide concrete improvement measure and suggestion to slow lane system. We concluded by discussing solutions of these problems, and suggested some proposals in design to meet the visitors’ requirement for the future construction of greenway. The GIBI Greenway has served as a model for riparian greenways elsewhere in Guangzhou. This research hopes to guide slow lane system’s programs and development standards to make bicycling in Guangzhou more safe, comfortable, convenient and enjoyable for all bicyclists.

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Periodical:

Applied Mechanics and Materials (Volumes 548-549)

Pages:

1778-1782

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.548-549.1778

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Online since:

April 2014

Authors:

Juan Yu Wu

Keywords:

Design Principles, Design Standard, Guangzhou International Biological Island (GIBI) Greenway, Slow Lane System

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References

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