By its own nature, the order specific products often come without pre-defined bills-of-materials which undermines the starting point of prevailing inventory planning methods.
Our model integrates TTR data with information on multiple tiers of supplier relationships, bill-of-material information, operational and financial measures, in-transit and on-site inventory levels, and demand forecasts for each product.
These operations model how each part of the bill-of-material is assembled to the final product.
With the motivation, this research develops a service bill-of-material (SBOM) from a product life cycle perspective.
At the very first step of the design process, designers propose various solutions for the set of variants of a product family and their bill-of-materials.
The bill-of-material for each configurable product might be different with each variant, which will result in different set of operations.
This paper presents a feature-based approach for remanufacturability assessment using comprehensive CAD information, e.g., bill-of-material, mating features, tolerance and dimension, etc.
It also provides mechanisms to handle configuration rules that allow users to convert soft preferences into product specifications, bill-of-materials, and, furthermore, into logistics configurations.
My products require complex recipe formulation, and in some cases, hundreds of bill-of-material subassemblies.
Produce circuit diagrams, complete the design of any necessary custom PCB's, and produce the corresponding bills-of-material.
We develop four scenarios with each three different information levels on the disassembly Bill Of Material (dBOM) and on return quality, namely perfect information, partial information, and a scenario with no information.
