How to choose the resistance to vertical crushing of stacked cardboard box suitable for your trip

Full Paper + presentation

In the transport and logistics sector, the resistance of cardboard boxes to vertical compression is a major concern. The technical and practical aspects related to this resistance are a central focus in the transportation of goods. Based on in-depth research studies, we will examine testing methods, dynamic resistance analysis, and propose an innovative approach to estimate the strength of cardboard boxes under various transportation conditions.

Types of cardboard and testing conditions

Cardboard boxes, essential elements in the transportation of goods, must withstand vertical compression when stacked. The different types of cardboard tested vary according to the required strength. Testing methodology is crucial to ensure the reliability of results, simulating real transportation conditions to assess the boxes' capacity to bear vertical loads.

Analysis of dynamic resistance

This section focuses on the dynamic resistance of cardboard boxes, a complex concept that encompasses the shocks and vibrations endured during transportation. Analyzing test results provides valuable insights into strength limits and helps predict box performance in various transportation scenarios.

Transportation conditions and effects on cardboard boxes

This part explores the impact of various transportation conditions, such as travel duration or road type, on the compression resistance of cardboard boxes. The goal is to understand how these variables influence packaging performance and durability.

Alternative approach for estimating strength

Faced with the limitations of traditional methods, a new approach is presented. This approach, considering dynamic factors, offers a more realistic estimation of box performance in real transportation conditions and is compared to conventional methods.

Conclusions and outlook

In conclusion, the study of vertical compression resistance of cardboard boxes reveals essential aspects for efficiency and safety in the transportation of goods. The discussed results and methodologies provide important insights for improving industry standards and pave the way for future research.