首页> 外文会议>World conference on timber engineering;WCTE 2012 >SUPPLY CHAIN MANAGEMENT STRATEGIES FOR MULTI- STOREY TIMBER CONSTRUCTION IN AUSTRALIA AND NEW ZEALAND
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SUPPLY CHAIN MANAGEMENT STRATEGIES FOR MULTI- STOREY TIMBER CONSTRUCTION IN AUSTRALIA AND NEW ZEALAND

机译:澳洲和纽西兰多楼层木结构建筑的供应链管理策略

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Multi-storey non-residential buildings are a potential area that timber products could be used as structural elements. Two major barriers to timbers use in non-residential construction in Australia and New Zealand (NZ) have been identified as overall designer confidence and fire performance. Another important area that posses as a potential barrier to an increase in timbers use in multi-storey buildings is the current supply chain. Literature has outlined there historically hasn't been a market or demand for large timber buildings constructed over 4 storeys in Australia or NZ. As a result aspects of the supply chain needed to deliver such buildings have remained fragmented and relatively primitive in nature. The supply chain for multi-storey timber buildings in Australia and NZ includes a number of different stages as outlined below in figure 1. Between each stage a number of transportation, material and design information flows occur. This paper focuses on the issues in the supply chain from forestry through to construction and aims to outline the key areas that pose as a risk on the cost and time of multi-storey timber buildings. relatively new area in the construction industry. SCM views the entire supply chain instead of individual parts or processes. Its introduction has the potential to help improve transparency and alignment of the supply chains coordination and has the potential to improve time, cost and quality of construction. Time and cost are important factors that developers and clients alike typically use to measure the success of construction projects. For new building systems addressing things that have potential to impact these significant factors is crucial to its overall future success. This paper aims at reviewing the current state-of-art of SCM used in construction and discusses how it can best be adopted for multi-storey timber construction. The paper presents the results of semi-structured interviews with practitioners across the supply chain of timber construction in Australia and NZ to investigate the key problem areas and to identify opportunities. Case studies of timber buildings in NZ Finally the paper presents the SCM strategies that have been developed to address the current limitations and improvements in the timber industry.
机译:多层非住宅建筑是木材产品可用作结构元素的潜在区域。澳大利亚和新西兰(NZ)在非住宅建筑中使用木材的两个主要障碍已被确定为总体设计师的信心和防火性能。当前阻碍多层建筑木材使用增加的另一个重要领域是当前的供应链。文献记载,从历史上看,澳大利亚或新西兰的四层以上大型木结构建筑没有市场或需求。结果,交付此类建筑物所需的供应链各方面在本质上仍然是零散的和相对原始的。澳大利亚和新西兰的多层木结构建筑的供应链包括多个不同阶段,如下图1所示。在每个阶段之间,都会发生大量的运输,材料和设计信息流。本文关注从林业到建筑的供应链中的问题,并旨在概述对多层木结构建筑的成本和时间构成风险的关键领域。建筑行业中相对较新的领域。 SCM会查看整个供应链,而不是单个零件或过程。它的引入有可能帮助提高供应链协调的透明度和一致性,并有可能改善施工时间,成本和质量。时间和成本是开发商和客户通常用来衡量建筑项目成功与否的重要因素。对于新的建筑系统,解决可能影响这些重要因素的事物对于其未来的整体成功至关重要。本文旨在回顾当前在建筑业中使用的SCM的最新技术,并讨论如何最好地将其用于多层木结构建筑。本文介绍了在澳大利亚和新西兰的整个木材建筑供应链中与从业人员进行的半结构式访谈的结果,以调查关键问题领域并确定机会。新西兰木材建筑的案例研究最后,本文介绍了为解决木材行业当前的局限和改进而开发的SCM策略。

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