BIM World
A Professional BIM Learning Platform


BIM Architecture Showcase: Fengwu Ji's Canal Corridor Bridge at IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

The project is situated in Fengwu Village, Biyang Town, Yi County, within the scenic Mount Huangshan City. Unlike other well-known cultural villages in Mount Huangshan, Fengwu Village boasts beautiful landscapes but has limited preservation of ancient buildings. Like many rural areas, Fengwu faces challenges such as population decline, aging residents, and inadequate public facilities.

In response, we launched the public welfare initiative “Fengwu Season” in 2023, aiming to revitalize rural life by enhancing villagers’ well-being through small-scale improvements and cultural development. The ‘Canal Corridor Bridge’ is one of the key sub-projects under this initiative.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

This project is located along the old canal in the northern part of the village. Built in the 1960s for irrigation, the canal is now abandoned, surrounded by wild natural scenery that embodies the local spirit. At the start of the design process, we engaged with villagers and learned that their strongest memories were of collectively building the old water channel and playing hide and seek there as children.

During interviews, villagers also expressed the need for a shaded space to eat and cool off during the summer. Based on this, we decided to transform this section of the canal into a public covered bridge for daily community use.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

To preserve the collective memory of the village, we retained the original structure and weathered traces of the water channel. We then added a lightweight wooden bridge atop the canal. The use of wood pays homage to traditional Huizhou architecture and fosters a closer connection between the new structure and the community.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

The “Canal Corridor Bridge” is constructed using factory-prefabricated engineered wood (CLT), chosen for its uniform strength, lightweight nature, high durability, efficient wood usage, and environmental friendliness. The bridge comprises 19 small cross-sectional structural units that form a dense ribbed system wrapping around the old canal.

Each structural unit features two independent sets of intersecting columns that support their individual roofs.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

The roof is constructed from lightweight corrugated panels that gently rest atop the wooden framework. Seating along both sides of the bridge includes rows of armchairs at varying heights, offering villagers diverse options for rest and sightseeing.

During construction, all components were designed to be lifted by hand, eliminating the need for heavy machinery. The wooden structural joints connect easily with a single bolt, enabling quick on-site assembly.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

The completed corridor bridge not only recalls the village’s unique history but also creates a vibrant gathering space for its future, injecting renewed vitality into the community.

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

Project Drawings

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ General Layout Plan

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Plan View

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Roof Plan

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Elevation Drawing

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Section Diagram

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Elevation Drawing

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Axonometric Diagram

BIM Architecture | Fengwu Ji · Canal Corridor Bridge/IARA

△ Structural Detail Analysis Diagram

Project Information

Architect: IARA

Area: 106 m²

Project Year: 2023

Photographers: Song Huien, Wu Xinran

Lead Designers: Liu Lubin, Zhang Liangqiu

Design Team: Li Hongrun, Wu Xinran, Luo Lin, Luo Qinming

Technical Support for Wooden Structures: Wuhan Linlangmu Construction Engineering Technology Co., Ltd., Wuhan Manmu Technology Co., Ltd.

Constructor: Mount Huangshan Dehong Construction Engineering Co., Ltd.

Principal: People’s Government of Biyang Town, Agriculture and Rural Water Resources Bureau of Yixian County

Location: Mount Huangshan

xuebim
Follow the latest BIM developments in the architecture industry, explore innovative building technologies, and discover cutting-edge industry insights.
← Scan with WeChat
Like(0) 打赏
BIM WORLD » BIM Architecture Showcase: Fengwu Ji's Canal Corridor Bridge at IARA

Comment Get first!

Must log in before commenting!

 

BIM World, A Professional BIM Learning Platform

Stay updated on the latest architecture trends and share new building technologies.

Contact UsAbout Us

觉得文章有用就打赏一下小编吧

非常感谢你的打赏,我们将继续提供更多优质内容,让我们一起创建更加美好的网络世界!

支付宝扫一扫

微信扫一扫

Account Login

By signing in, you agree toUser Agreement

Sign Up