Abstract Disassembly Line Balancing (DLB) is a critical issue in end-of-life product recycling
and remanufacturing. DLB-related supply chains exist in many industry sectors, including …

Given the Industry 5.0 trend towards human-centric and resilient industries, workers
continue to be considered as a valuable and irreplaceable resource. Human–robot …

Remanufacturing attains much attention from both industrial and academic sectors due to its
beneficial roles in energy conservation and environment protection, where disassembly is a …

With the continuously increasing volumes of End-of-Life (EOL) products and the emergence
of Industry 4.0-related technologies, the manual labor-intensive disassembly in …

Current research on the disassembly line balancing problem ignores the influence of non-
disassemblability of components. And this problem can lead to failure of the disassembly …

Disassembly lines are crucial in the recovery process of end-of-life (EOL) products,
facilitating the systematic extraction of parts to meet predetermined objectives. While …

Human–robot hybrid disassembly cells provide a shared workspace that synergizes the
strength of both humans and robots. These cells are characterized by adaptability and …

To drive a paradigm shift towards a human-centric approach in remanufacturing systems
and promote energy-efficient, carbon-reduction-friendly upgrades, this paper introduces a …

Partial destructive disassembly (PDD) is a crucial tool for enhancing efficiency and reducing
disassembly costs when recycling complex end-of-life (EOL) products. Evaluating the …

Disassembly enterprises face significant challenges in managing increasingly intensive
workloads with a workforce alone. To address this, current study focuses on balancing a …