Browsing by Author "36b074a11a7ac22e01f9d366fb96d5db"
Now showing items 1-7 of 7
-
Application of TOC-DBR to Make-To-Order manufacturing scenarios: systematic process for subordination of non-bottleneck resources to the bottleneck
ORUE, AITOR (Mondragon Unibertsitatea. Goi Eskola Politeknikoa, 2023)Today's industrial companies are faced with increasing complexity due to rapid technological developments, shorter product life cycles and globalisation. In this new and changing environment, companies must be able to ... -
Capacity buffer management in implementing drum-buffer-rope methodology in make-to-order environments
ORUE, AITOR; Lizarralde, Aitor; Apaolaza, Unai (Federación de Asociaciones de Ingenieros Industriales de España, 2022)The research work conducted by Orue et al. [1] aims to analyze the impact of protective capacity on the application of the third step of the drum-buffer-rope methodology of the theory of constraints (subordinate everything ... -
Competitive Improvement through Integrated Management of Sales and Operations
Apaolaza, Unai; ORUE, AITOR; Lizarralde, Aitor (MDPI, 2022) -
Demand Driven MRP – The need to standardise an implementation process
ORUE, AITOR; Lizarralde, Aitor; Kortabarria, Alaitz (Universitat Politècnica de València, 2020)Since the creation of the demand-driven material requirement planning (DDMRP) model, numerous studies have analysed the methodology’s significant impact on different organisations. Several successful cases and research ... -
Designing the Process for Implementing Step Three of the Theory of Constraints in a Make-To-Order Environment: Integrating Sales and Operation Planning
ORUE, AITOR; Lizarralde, Aitor; Apaolaza, Unai; Amorrortu, Itxaso (OmniaScience, 2023)Purpose: The theory of constraints (TOC) methodology and its drum-buffer-rope (DBR) production planning and control system are well suited to managing production plants in complex environments. The objective of this study ... -
The impact of protective capacity in implementing drum-buffer-rope methodology in make-to-order environments: an assessment by simulation
ORUE, AITOR; Lizarralde, Aitor; Apaolaza, Unai (Publicaciones DYNA, 2022)This study uses simulation to analyse the impact of protective capacity in the implementation of the step 3 of the theory of constraints (TOC) methodology in make-to-order (MTO) environments. The results suggest that at ... -
Theory of constraints case study in the make to order environment
ORUE, AITOR; Lizarralde, Aitor; Amorrortu, Itxaso; Apaolaza, Unai (Omnia Science, 2021)Purpose: The theory of constraints (TOC) drum-buffer-rope methodology is appropriate when managing a production plant in complex environments, such as make-to-order (MTO) scenarios. However, some difficulties have been ...
