Multi-stage manufacturing system
A review on optimisation of part quality inspection planning in a multi-stage manufacturing system
... In multi-stage manufacturing systems, optimisation of part quality inspection planning (PQIP) problem means to deter- mine the optimal time, place and extent of inspection activities for assessing ...
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A review on optimisation of part quality inspection planning in a multi-stage manufacturing system
... In multi-stage manufacturing systems, optimisation of part quality inspection planning (PQIP) problem means to deter- mine the optimal time, place and extent of inspection activities for assessing ...
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A novel model for the integrated planning of part quality inspection and preventive maintenance in a linear-deteriorating serial multi-stage manufacturing system
... namely system feature, constraint(s), inspection capability, cost components ...and manufacturing cost), and solution ...production system with the average outgoing quality limit (AOQL) (please refer ...
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An Approximation Approach for an Integrated Part Quality Inspection and Preventive Maintenance Planning in a Nonlinear Deteriorating Serial Multi-stage Manufacturing System
... the system in a good production state for producing high quality ...the system status and its deterioration ...real manufacturing systems degrade in a nonlinear ...the manufacturing stages in ...
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Design of a demand driven multi-item-multi-stage manufacturing system : production scheduling, WIP control and Kanban implementation
... Chapter 4 enclosed several methodologies that will work together to control production and optimize inventory in the focused manufacturing system, and finally, to ve[r] ...
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A bi-objective robust inspection planning model in a multi-stage serial production system
... production system with M inspection activities possible at each stage in order to minimize the sum of the inspection costs and the penalties caused by undetected ...a multi-stage ...
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A Dynamic Approach to Multi-stage Job Shop Scheduling in an Industry 4.0-Based Flexible Assembly System
... particular, manufacturing processes for different customer orders may have individual machine structures whereas the flexible stations are able to execute different functions subject to individual sets of ...
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Periodicity is Optimal for Offline and Online Multi-Stage Adjoint Computations
... A popular storage or recomputation strategy for functions that have some sort of natural “time step” is to save (checkpoint ) the state at each time step during the function computation (forward sweep) and use this saved ...
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Health indicator construction for system health assessment in smart manufacturing
... IV. CONCLUSION In this paper, a new health indicator has been presented for a system’s health assessment. This HI is a combination of statistical features extracted from the time and the frequency domains. Then, the ...
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2016 — Optimization of the design of the flexible manufacturing system
... flexible manufacturing system is a one which has a high capability to adapt to the changes (Gupta and Goyal, ...The manufacturing flexibility at the system’s level can be a crucial factor in the ...
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Framework definition for the design of a mobile manufacturing system
... 4 Conclusions In this communication, we discussed the concept of mobile manufacturing system. The mobility requirements were addressed and a mobile manufacturing system design framework is ...
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Design of a two-stage multi-state experimental biogas reactor
... each stage in this setup, each stage can be individually ...first stage into the second. For example, Parawira et al. studied a two-stage anaerobic digester in three different operational ...
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Application of a design optimization strategy to multi-stage compressor matching
... The purpose of this step is to estimate accurately compressor pressure ratio and effi- ciency at each operating point. To ensure that the compressor is correctly matched, veloc[r] ...
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Concurrently designing a physical production system and an information system in a manufacturing setting
... The second major shortcoming is the overly sequential nature that the traditional design methodology uses to progress through activities and the methodology’s failure to include all interested parties in the early stages ...
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Cooling system early-stage design tool for naval applications
... steps required and provides selected equations and thumbrules for selecting components in cooling water systems, it does not design an overall system nor does it define the overall [r] ...
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Global optimization approach for the ascent problem of multi-stage launchers
... Our aim is to minimize the ergol’s consumption while steering the vehicle from a given initial position on the Earth to the GEO. The launcher evolves according to the following phases. Phase 0: This phase starts when the ...
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Mapping a multi-sensory identity territory at the early design stage
... boxes and the multi-sensory atmosphere related. We made a summary presenting for each of the 12 Mood- boxes all positive and negative feedbacks and could record this way the different point of views for the same ...
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Multi-Agents Corporate Memory Management System
... CoMMA system, it should be emphasised that this was only a sample deployment, chosen to set up a simple example in a familiar ...the system can be incrementally deployed, new agents or platforms can be ...
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Refonte de l’informatique de production et mise en place d’un Manufacturing Execution System
... production et aux besoins des utilisateurs. Aujourd’hui, il fonctionne comme un véritable MES (Manufacturing Execution System) propre à l’usine. L’informatique de production est agencée principalement ...
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Human error probabilities computation for manufacturing system simulation using CREAM
... a.8 E5 (EXE) 3 e-2 0.2 6 e-3 Table 11: Adjusted CFPs for cognitive function failures Thus, having the total weighted factor we can calculate the adjusted probability values for each task’s step. For that it is necessary ...
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