Sökning: "Material Requirements Planning"
Visar resultat 1 - 5 av 36 avhandlingar innehållade orden Material Requirements Planning.
1. Capacity Constraints in Multi-Stage Production-Inventory Systems : Applying Material Requirments Planning Theory
Sammanfattning : In this thesis, capacity-constrained aspects of multi-level, multi-stage productionplanning are investigated. The aim has been to extend Material Requirements Planning Theory (MRP Theory) to cover more general problems dealing with capacity constraints, in particular when non-zero lead times are present and the processes take place in continuous time. LÄS MER
2. Studies on the competitiveness of wood : - market segmentation and customer need assessments
Sammanfattning : Over the last decades, wood has encountered increasing competition from other building materials. Hence, it is relevant to study the underlying factors of material substitution. The market for repair and remodelling (R&R) is growing in importance. LÄS MER
3. Modelling and simulation of welding and metal deposition
Sammanfattning : Fusion welding is one of the most used methods for joining metals. This method has largely been developed by experiments, i.e. trial and error. LÄS MER
4. Finite element modelling and simulation of welding of aerospace components
Sammanfattning : Fusion welding is one of the most used methods for joining metals. This method has largely been developed by experiments, i.e. trial and error. LÄS MER
5. Affordances and Constraints of Intelligent Decision Support for Military Command and Control : Three Case Studies of Support Systems
Sammanfattning : Researchers in military command and control (C2) have for several decades sought to help commanders by introducing automated, intelligent decision support systems. These systems are still not widely used, however, and some researchers argue that this may be due to those problems that are inherent in the relationship between the affordances of technology and the requirements by the specific contexts of work in military C2. LÄS MER