In the field of transportation, understanding mechanical constraints is essential to ensure the safety and integrity of packaged products. This document focuses on a often overlooked aspect: long-duration acceleration phenomena and their impact on packaging.
Research objective
The study aims to explore the specific effects of long-duration accelerations on packaging, a topic that has received little attention in previous research. These phenomena are distinctly different from the more commonly studied vibrations, shocks, or jolts.
Research methodology
The adopted methodology includes the use of sensors to measure accelerations in a truck under real-world conditions. These devices accurately record the forces experienced by packaging during transportation.
Analysis of results
The collected data reveal significant differences between long-duration accelerations and traditional shocks. These observations underscore the need for a test bench specifically designed to simulate these unique conditions.
Recommendations and future perspectives
To further this research, the use of a dedicated test bench is recommended. It is also suggested to develop methods to more precisely quantify the damage caused by these acceleration phenomena.
IAPRI 2019 : 29th IAPRI Member Symposium, (Enschede, Pays-Bas)
Full paper : Damage by Long Duration Accelerations
IAPRI 2019 : 29th IAPRI Member Symposium, (Enschede, Pays-Bas)
Poster : Damage by Long Duration Accelerations
Load stability regulation
In a context where the safety of transport and storage operations has become an absolute priority, regulations concerning load stability stand as a crucial pillar for businesses. The integrity of goods and the safety of employees demand special attention to avoid often severe consequences.
Understanding risks and penalties
Risk exposure: Non-compliance with load stability guidelines can lead to road accidents, workplace incidents, and damage to transported goods. For instance, improper securing can cause a vehicle overturn or cargo fall, resulting in serious injuries to employees or third parties. Statistics show a significant correlation between securing practices and accident frequency, emphasizing the importance of strict compliance.
Legal and financial consequences: Beyond physical risks, the legal and financial implications can be substantial. Violating companies face hefty fines, legal proceedings, and a negative impact on their reputation, which can impair their relationship with clients and partners. Case studies demonstrate that companies experiencing accidents due to poor load stability often endure major financial repercussions and trust erosion that is challenging to restore.
Compliance strategies
Adoption of standardized packaging: Choosing packaging that meets safety standards is fundamental. It is recommended to refer to recognized certifications that ensure the resilience and protection of goods during transport. This involves rigorous evaluation of suppliers and materials used, as well as the adoption of innovative packaging solutions offering improved stability.
Employee training and awareness: Educating employees on best securing practices is a crucial step. Investing in recognized training programs covering specific techniques for secure securing is essential. These trainings must be regularly updated to reflect the latest regulations and innovations in the field.
Implementation of stability tests: Stability tests represent a proactive approach to verify the safety of transported loads. These tests help identify and rectify potential flaws in securing processes before they lead to incidents. It is advisable to integrate these tests into regular quality control procedures.