Determining and Prioritizing Main Factors of Supplier Reliability

Kayhan, Behice Meltem; Çebı, Selçuk

doi:10.1142/9789814619998_0007

Cited by 4 publications

(3 citation statements)

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“…The strong competitive environment puts pressure on construction companies to concentrate on core competencies and provide their requirements by outsourcing [62]. Companies are becoming increasingly dependent on suppliers (i.e., material and equipment suppliers and service suppliers) [24], which have a lasting effect on the success of a project [63]. Hence, the evaluation and selection of the best-fit suppliers are of vital importance [62].…”

Section: Relationshipsmentioning

confidence: 99%

Core Elements Underlying Supply Chain Management in the Construction Industry: A Systematic Literature Review

Studer

Mello

2021

Buildings

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The relevance of supply chain management (SCM) is being increasingly recognized in the construction industry. However, its implementation has been limited and is still challenging for researchers and practitioners. An adequate and systematic understanding of context-specific core concepts and practices are considered fundamental to foster its implementation. This paper aims to provide a holistic look into the existing research on elements underlying SCM in the construction industry. It adopts a systematic literature review method to examine almost two decades of publications and uses a comprehensive SCM framework to synthesize the findings. The results revealed a set of 19 core elements clustered in five subject areas (i.e., ‘strategic management’, ‘logistics’, ‘relationships’, ‘best practices’ and ‘organizational behavior’) that have a prominent role in construction SCM. Every core element was analyzed in detail and the results were discussed in the context of other evidence. This study produced the first comprehensive picture of the current state of knowledge, providing relevant contributions to enhance the understanding and implementation of SCM within the construction industry.

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Section: Relationshipsmentioning

confidence: 99%

Core Elements Underlying Supply Chain Management in the Construction Industry: A Systematic Literature Review

Studer

Mello

2021

Buildings

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“…Some scholars identify and evaluate the risk of CM, give CM safety control methods, and believe that the lack of safety measures will lead to greater safety accidents [2]. Some studies analyze the types, characteristics, and causes of CM accidents, pointing out that the types of crane accidents include installation and dismantling accidents, accidents using machinery, falling object accidents, and the causes of accidents including cranes themselves, man-made, and natural factors, resulting in the definition of CM extrusion, falling, and tipping, and analyzing the risks of accidents in terms of operation and equipment [3][4]. Some studies have shown that the two most important risks in the construction phase are quality risk and schedule risk, for quality risk can establish a raw material incoming inspection system, establish a raw material incoming inspection system; for schedule risk, should strengthen the scientific control of the preliminary engineering design, and improve the construction work to ensure the quality of the project and avoid the consumption of resources caused by rework [5].…”

Section: Introductionmentioning

confidence: 99%

Construction Machinery Construction Risk Assessment Based on Artificial Intelligence Algorithm

2021

KME

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Construction machinery (CM) is widely used in engineering construction projects, and the completion of the project is inseparable from the role of CM. However, generally speaking, the construction period of a project is very long, and it is inevitable that various problems with machinery and equipment will cause construction accidents, so it is necessary to identify CM construction safety risks through risk to ensure construction quality and keep up with the construction schedule. In this regard, this paper studies the risk factors triggering CM construction safety accidents, constructs an evaluation index system applicable to CM construction risks, calculates the weight of the impact indicators using the fuzzy comprehensive evaluation method of artificial intelligence(AI) algorithm, and assigns points to each indicator risk through experts. The paper also concludes with a risk control strategy and management mechanism for CM construction, which provides a basis for staff to make safety risk decisions.

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“…Kahraman (2019) utilizaram o FIS para priorizar fatores de risco relacionados à confiabilidade dos fornecedores. O funcionamento e os elementos do FIS podem ser ilustrados pela Figura 17.…”

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Proposta de um modelo de classificação de riscos de fornecimento baseado na aplicação das técnicas >i<fuzzy>/i< para a tomada de decisão em grupo

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Determining and Prioritizing Main Factors of Supplier Reliability

Cited by 4 publications

References 0 publications

Core Elements Underlying Supply Chain Management in the Construction Industry: A Systematic Literature Review

Core Elements Underlying Supply Chain Management in the Construction Industry: A Systematic Literature Review

Construction Machinery Construction Risk Assessment Based on Artificial Intelligence Algorithm

Proposta de um modelo de classificação de riscos de fornecimento baseado na aplicação das técnicas >i<fuzzy>/i< para a tomada de decisão em grupo

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