In this paper an approach is presented which facilitates transparency and reliability of obtained results for the selection, simulation and ranking process for material flow design alternatives.
The model integrates economic, environmental and social objectives to support strategic decisions such as facility location, material flow design and transport selection.
The method discussed is to help practitioners to get more reliable results in the material flow design phase and to achieve more competitive value streams.
The single loop material flow system design is a combinatorial optimization problem, arising in material handling system design, which amounts to designing an unidirectional loop flow pattern as well as to locate pickup and delivery stations.
To achieve high productivity in a flexible manufacturing system (FMS), an efficient layout arrangement and material flow path design are important due to the large percentage of product cost that is related to material handling.
The GTSP has various real-world applications such as mail delivery [19], welfare agency routing ([31], material flow system design [19], vehicle routing [19], and computer file sequencing [14].
The considered simulation methods and tools include CAx, Factory layout design, Material and Information flow design, Manufacturing Networks Design, Manufacturing Systems Planning and Control, Manufacturing Networks Planning and Control, Augmented and Virtual Reality in product and process design, planning and verification (ergonomics, robotics, etc).
The basic principles covered include terminology, material flow, joint configurations, tool design, materials, and defects.
PP sets: final steps of the process; production line (cell layout design); material flow; Process Failure Mode and Effects Analysis (P-FMEA) and highlighting the top 5 risks assumed; In testing phase and product qualification, the PP manages and harmonizes in the smallest detail in order to achieve this target, to complete the preparation and launch in series production.
As a key to the design of TRCR, the blank design influences material flow and distribution as well as final shape of deep-groove.
Design requirements for processing polymer, alkaline agents, and surfactants provide the reader with an understanding of special considerations for facility process flow design, materials of construction, project logistics, and daily operations.
