Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Automotive Supply Chain Evaluation with Conventional Model and Integrated Model ; Automotive Supply Chain Auswertung mit herkömmlichem Modell und integriertem Modell
ABSTRACT: Increasing competition due to market globalization, product diversity and technological breakthroughs stimulates independent automotive companies to collaborate in a supply chain that allows them to gain mutual benefits. Especially the events of the past years have shell-shocked even the most ardent industry participants – a crisis and the following hard recovery. Not only the critical challenges in implementing process lean with low cost and high quality, also critical to success is the ability to efficiently meet stricter emissions and fuel economy standards escalating in most jurisdictions. With all the factors working beneath the waves, supply chain management becomes the core source of a company’s competitive advantages and even the trump of the entire automotive industry’s success. A proper supply chain strategy provides financial returns and other key factors superior to the old concepts which brought profits before but no longer up to date now. Correctly design and effectively evaluate the supply chains, and improve the supply chain structure dynamically over time, are the key methods for an automotive company to survive and succeed in the volatile and critical automobile industrial environment. In this research work, based on the real case study in the automotive door system supply, different supply chain scenarios are designed and corresponding performance evaluations are made by applying different methods, namely the conventional model and the integrated model with their corresponding algorithms. With conventional model, the evaluation is done from different aspects, where the chosen perspectives such as costs, flexibility, stability, and reliability are assessed respectively for the multi-stage international supply chains. The data applied in this model comes from real-case door module supply, and the evaluation results helps in the decision making in localization process of that certain project. To be able to evaluate more complicated supply chain scenarios in a more accurate and efficient ...
Automotive Supply Chain Evaluation with Conventional Model and Integrated Model ; Automotive Supply Chain Auswertung mit herkömmlichem Modell und integriertem Modell
ABSTRACT: Increasing competition due to market globalization, product diversity and technological breakthroughs stimulates independent automotive companies to collaborate in a supply chain that allows them to gain mutual benefits. Especially the events of the past years have shell-shocked even the most ardent industry participants – a crisis and the following hard recovery. Not only the critical challenges in implementing process lean with low cost and high quality, also critical to success is the ability to efficiently meet stricter emissions and fuel economy standards escalating in most jurisdictions. With all the factors working beneath the waves, supply chain management becomes the core source of a company’s competitive advantages and even the trump of the entire automotive industry’s success. A proper supply chain strategy provides financial returns and other key factors superior to the old concepts which brought profits before but no longer up to date now. Correctly design and effectively evaluate the supply chains, and improve the supply chain structure dynamically over time, are the key methods for an automotive company to survive and succeed in the volatile and critical automobile industrial environment. In this research work, based on the real case study in the automotive door system supply, different supply chain scenarios are designed and corresponding performance evaluations are made by applying different methods, namely the conventional model and the integrated model with their corresponding algorithms. With conventional model, the evaluation is done from different aspects, where the chosen perspectives such as costs, flexibility, stability, and reliability are assessed respectively for the multi-stage international supply chains. The data applied in this model comes from real-case door module supply, and the evaluation results helps in the decision making in localization process of that certain project. To be able to evaluate more complicated supply chain scenarios in a more accurate and efficient ...
Automotive Supply Chain Evaluation with Conventional Model and Integrated Model ; Automotive Supply Chain Auswertung mit herkömmlichem Modell und integriertem Modell
Tian, Yuanyuan (Autor:in) / Noche, Bernd
01.03.2011
Hochschulschrift
Elektronische Ressource
Englisch
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