Development of an Algorithm for Systematic line balancing Solution for Discrete Manufacturing Industries
Keywords:
Line balancing, Discrete manufacturing, Algorithm development, Workstation optimization, Production line efficiency, Task duration, Workstation capacities, Precedence constraints, Manufacturing process optimization, Production line balancing solution, Workload distribution, Bottleneck reduction, Systematic approach, Manufacturing industry, Production optimization, Idle time minimization, Task sequencing, Manufacturing system efficiency, Operational efficiency, Production planning, IntroductionAbstract
The research paper titled “Development of an Algorithm for Systematic Line Balancing Solution for Discrete Manufacturing Industries” presents a systematic approach to address line balancing challenges in discrete manufacturing. Line balancing is a critical aspect of production optimization, aiming to distribute workload evenly across workstations to enhance efficiency and reduce bottlenecks. The paper introduces a novel algorithm designed to systematically and optimally balance production lines, considering factors such as task duration, workstation capacities, and precedence constraints. The proposed algorithm contributes to streamlining manufacturing processes, improving productivity, and minimizing idle time. The research findings offer valuable insights for practitioners in discrete manufacturing industries seeking effective solutions for enhancing production line efficiency.
