Abstract

Transportation in pressure-rated containers is a prevalent method for liquid propellants in small volumes. Such containerized propellants are typically transported via specialized railcars or covered wagons. To establish standardized transport protocols and enhance the safety of propellant logistics, this study analyzes the structural dynamics associated with both transport modes, compares their reinforcement methodologies, and delineates optimal application scenarios. This investigation provides foundational insights for standardizing containerized propellant loading and reinforcement practices.