An integrated model for the design of agile supply chains
Martin Christopher, D.R. Towill
Abstract
Open-access reader
Martin Christopher, D.R. Towill
Abstract
Open-access reader
The latter part of the twentieth century saw the lean production paradigm positively impact many market sectors ranging from automotive through to construction. In particular there is much evidence to suggest that level scheduling combined with the elimination of muda has successfully delivered a wide range of products to those markets where cost is the primary order winning criteria. However, there are many other markets where the order winner is availability. This has led to the emergence of the agile paradigm typified by “quick response” and similar initiatives. Nevertheless, “lean” and “agile” are not mutually exclusive paradigms and may be married to advantage in a number of different ways. This paper explores ways in which hybrid strategies can be developed to create cost‐effective supply chains and proposes an integrated manufacture/logistics model for enabling the essential infrastructure.
OpenAlex reports 1055 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The latter part of the twentieth century saw the lean production paradigm positively impact many market sectors ranging from automotive through to construction. In particular there is much evidence to suggest that level scheduling combined with the elimination of muda has successfully delivered a wide range of products to those markets where cost is the primary order winning criteria. However, there are many other markets where the order winner is availability. This has led to the emergence of the agile paradigm typified by “quick response” and similar initiatives. Nevertheless, “lean” and “agile” are not mutually exclusive paradigms and may be married to advantage in a number of different ways. This paper explores ways in which hybrid strategies can be developed to create cost‐effective supply chains and proposes an integrated manufacture/logistics model for enabling the essential infrastructure.
Key concepts: Agile software development, Automotive industry, Supply chain, Business, Order (exchange), Lean manufacturing, Industrial organization, Computer science