This paper makes a contribution to the scientific literature by modelling the availability of inventory and considering the existence of a fleet of heterogeneous material handling equipment in the problem.
This paper investigates the hoist scheduling problem, a specific material handling issue, in a manufacturing environment.
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.
As a simple solution to alleviate problems associated with manual material handling, manual vehicles, such as carts, trucks, wheelbarrows, etc., are often provided to operators.
The majority of approaches that address distributed layout design problems tend to minimize material handling costs only.
The company was experiencing problems in scheduling and plant layout leading to further problems in materials flow, labour control, inventory and purchasing, material handling system, and production space.
Computer control is especially important to Automated Guide Vehicles (AGVs) since their control problems are more complicated than those of traditional automated material handling systems, e.g., conveyors.
This paper addresses the problem of generic planning and control of automated material handling systems (AMHSs).
This paper discusses the problem to design a generic planning and control architecture for automated material handling systems (AMHSs).
Facility layout problem (FLP) considers the optimization of layout costs, primarily on the account of material handling costs.
