The consideration of demand variability in Multi-Product Lean Manufacturing Environment (MPLME) is an innovation in production system engineering. Manufacturing systems that fail …
This paper evaluates the performance of the Hybrid Kanban Constant Work-In-Process control strategy and Basestock Kanban Constant Work-In-Process control strategy operating …
In order to minimise wastes and losses in perishable Food Supply Chains (FSCs), it is crucially important to control inventory and organise the flow of material and information …
In this study, a new pull production control strategy called Basestock-Constant Work-in- Process (B-CONWIP) is proposed. It is used to control the flow of materials and information …
Managing demand variability is a challenging task in manufacturing environments. Organizations that implemented Kanban-Like Production Control Strategies (PCS) …
CE Onyeocha - Simulation Modelling Practice and Theory, 2015 - Elsevier
Product mix influences the performance of pull production control strategy in multi-product manufacturing systems. The complexity of product mix on the performance of a …
The object of the research is the process of managing the production of products at the multi- choice food company. The subject of the study is the application of methods of data mining …
M Thürer, SS Li, C Yang, T Qu, GQ Huang - IFIP International Conference …, 2023 - Springer
Production planning and control systems that regulate the Work-In-Process (WIP) in the production system are argued to increase throughput and reduce cycle times. This study …
CE Onyeocha, J Khoury, J Geraghty - Journal of Industrial Engineering …, 2015 - econstor.eu
Purpose: This paper examines the behaviour of shared and dedicated Kanban allocation policies of Hybrid Kanban-CONWIP and Basestock-Kanban-CONWIP control strategies in …