Niroomand, S.Mahmoodirad, A.Ghaffaripour, A.Allahviranloo, T.Amirteimoori, A.Shahriari, M.2024-05-192024-05-1920242364-49662364-4974https://doi.org10.1007/s41066-023-00423-9https://hdl.handle.net/20.500.12713/4863In this paper, a production planning problem for paperboard is formulated considering criteria such as yield, cost, excess production, wastage of raw sheets, etc., considering two-objective functions, and is optimized considering supplier selection decisions and raw sheet dimensions. Compared to the studies in the literature, this problem takes into account, as a novelty, the yield of the produced boxes, the waste value of the raw sheets and the inventory cost of the additional boxes produced. Another contribution is that the problem is formulated from the viewpoint of belief degree-based uncertainty, which is suitable for formulating real-world problems. The uncertain problem is transformed into a crisp form using the expected value criterion for the uncertain objective functions and the random condition form of the constraints with uncertain parameters. The obtained crisp two-objective formulation is solved by some multi-objective solution methods known from the literature. As an application, a case study is used to make some comparisons and to show the implications of the problem for management.eninfo:eu-repo/semantics/closedAccessCarton BoxSupplier SelectionBelief Degree UncertaintyMulti-Objective Solution ApproachPareto-OptimalArticle91WOS:0011227956000012-s2.0-85179336908N/A10.1007/s41066-023-00423-9Q1