Machine stability is more than just a design requirement – it’s what keeps operations safe and machines performing as expected. Whether it’s a shiploader operating within the tight confines of a berth or a stacker working near other infrastructure, stability plays a key role in ensuring safe operations. ASPEC’s latest technical paper breaks down the factors influencing machine stability calculations, helping engineers and operators make informed decisions to keep their equipment safe and reliable.
Determining the stability of a machine is a critical design consideration. Material handling machines often work in close proximity to each other as well as other infrastructure, especially shiploaders which work within the confines of a berth layout and within the space allowance of docked ships. Additionally, ensuring machine stability also ensures the safety of crew and personnel in the vicinity of these machines. Therefore, it is critical to understand how the process of calculating machine stability can be dependent on the machine type.
Our paper explores the key factors that influence machine stability, including wheel loads, tipping points, and the forces at play in different machine configurations.
Download the full paper below to learn more about machine stability calculations and how they apply to bulk handling machines.