Optimization of Steel Plate Storage Yard Crane Scheduling

This paper addresses the steel plate storage yard crane scheduling problem, focusing on minimizing both the number of crane movements and the loading time in a large steel shipyard. The proposed generates a cost-efficient schedule that adheres to operational constraints while optimizing crane efficiency. By reducing unnecessary movements and streamlining loading processes, the approach enhances both short-term and mid-term operational performance. Utilizing optimization algorithms for rapid decision-making, this solution is tailored to real-world applications, ensuring practical improvements in crane operations, loading time and overall yard management efficiency.

Authors:

Paulo Sérvulo Leoncio dos Santos | ENACOM
 

Adriano Chaves Lisboa | ENACOM
 

Miguel Marques Ferreira | ENACOM
 

Mr. Matheus de Oliveira Mendonça | ENACOM
 

Igor Mateus Ribeiro Caetano | ENACOM
 

Gustavo Rodrigues Lacerda Silva | ENACOM
 

Mr. Douglas Alexandre Gomes Vieira | ENACOM
 

Luiz Paulo Horta Torres | Gerdau
 

Ricardo Lopes Tinoco | Gerdau
 

Bruno Alvares | Gerdau
 

Bruno da Silva Breder | Gerdau
 

Session Chairs:

Rich Warriner | SpanGuard Corporation
 

Bradley Neese | AM/NS Calvert LLC