Disassembly sequence planning not only reduces product lifecycle cost, but also greatly influences environmental impact.
There is past and current academic research in methods to provide automatic assembly sequence planning.
The system is capable of producing a set of ranked feasible assembly sequence plans for an operator to evaluate.
This paper introduces a novel modelling approach to geometric skeleton computation enabling concurrent product engineering and assembly sequence planning.
This paper studies the problem of reroute sequence planning for label switched paths (LSPs) in multiprotocol label switching networks from both the theoretical and practical points of view.
Most prior partial disassembly sequence planning methods did not use life cycle impact assessment tools to perform cost-benefit analyses to find an optimized disassembly stopping point.
The aim of this paper is to describe a new efficient single-target selective disassembly sequence planning method developed for adaptive reuse of buildings.
This requires a great amount of time and expert knowledge; assembly sequence plans generated may not even be the most efficient.
This paper describes the application of a novel product relationships management approach, in the context of product lifecycle management (PLM), enabling concurrent product design and assembly sequence planning.
