

This course is based on a handbook published by the Department of Defense that guides the inspection of commercial and military intermodal containers. The purpose of this course is to provide a comprehensive guide for the inspection of intermodal containers. Intermodal containers are used for the transportation of cargo by land, sea, and air.
The containers are typically constructed of steel, aluminum, or fiberglass reinforced plywood (FRP) and can be shipped as individual units or complexed together to form larger structures. The handbook provides detailed information on the inspection of containers, including structural components, surface corrosion, interior conditions, and other factors that affect container performance. The guidance is intended to ensure that containers are maintained in good condition and to identify potential problems that could affect cargo safety and security during transportation.
The course contains several chapters, each addressing specific aspects of container inspection, beginning with an introduction to intermodal containers, including their types and uses, and coverage of the different types of containers and their characteristics. Also covered is the inspection of container structural components, including corner fittings, side rails, end frames, and cross members, along with the inspection of the exterior of the container, including surface corrosion, paint, and decals, and of the interior of the container, including floors, walls, and ceilings.
Additionally covered is the inspection of container doors, including end-opening, side-opening, and open-top covers. This includes the inspection of container accessories, such as forklift pockets, tie-down rings, and ventilation systems, and of container markings, including ISO markings, owner markings, and hazardous material markings.
In summary, this course provides comprehensive guidance for inspecting commercial and military intermodal containers, covering all aspects of container inspection, including structural components, surface corrosion, interior conditions, and other factors that could affect container performance.
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Publication Source: U.S. Army Corps of Engineers
This course includes: