This study develops a mathematical model to mitigate disruptions in a three-stage (ie,
supplier, manufacturer, retailer) supply chain network subject to a natural disaster like …

When dealing with cutting problems, the generation of usable leftovers proved to be a good
strategy for decreasing material waste. Focusing on practical applications, the main …

Purpose The purpose of this paper is to examine whether environmental dynamism can
drive firms to adopt sustainability, taking into consideration the mediating role of the …

Building materials that are reused in a circular economy context are often non-standard
because previous usage has altered their original properties. Material matching algorithms …

Sustainability strategies have become a key element in various firms. Although many studies
have discussed the sustainability adoption process, a gap exists between studies with pure …

This article examines the performance impact of inventory holding in light of supply chain
disruption (proxied by the COVID-19 pandemic). Using a large and longitudinal dataset on …

Different variations of the classic cutting stock problem (CSP) have emerged and presented
increasingly complex challenges for scientists and researchers. One of these variations …

In cutting processes, one of the strategies to reduce raw material waste is to generate
leftovers that are large enough to return to stock for future use. The length of these leftovers …

This paper addresses the integration of the lot-sizing problem and the one-dimensional
cutting stock problem with usable leftovers (LSP-CSPUL). This integration aims to minimize …

In this study, a cutting stock problem is addressed to determine the width/length of the
wooden boards and select lumber in standard lengths for cutting a cable spool. A nonlinear …