Container House Calculation Model Diagram
Currently, there is no directly publicly available calculation model diagram for container houses, but the framework of the calculation model can be derived from container specifications, combination methods, and design cases. The following explains from three aspects: container specifications, combination design, and case references:
Container specifications are the basic parameters of the calculation model. Among international standard dry cargo containers, the internal dimensions of a 20-foot container are 5898mm (length) × 2352mm (width) × 2390mm (height). The internal dimensions of a 40-foot container are 12024mm (length) × 2352mm (width) × 2390mm (height). The internal volume of a 45-foot high-cube container is 13.58m (length) × 2.34m (width) × 2.68m (height). These dimensions determine the available space of a single container. In the calculation model, it is necessary to clearly mark the dimensions in each direction as the basis for subsequent combination design. For example, when designing a single-story container house, taking a 20-foot container as an example, the internal net dimensions of length, width, and height mentioned above can be directly used to calculate the floor plan and three-dimensional space of the house.
The combination method affects the complexity of the calculation model. Container houses can create various architectural forms through the combination of container bodies, ranging from small single-container buildings to large buildings composed of hundreds of containers. Common combination methods include stacking, side-by-side arrangement, and staggered stacking. For example, a creative villa in Melbourne uses three containers stacked in a staggered manner, which not only makes the living space more spacious and bright but also adds recreational areas. In the calculation model, it is necessary to determine the relative positions of each container, connection methods (such as welding, bolt connection, etc.), and space division methods according to the combination method. If a stacking method is adopted, it is necessary to calculate the load transfer between the upper and lower containers to ensure structural safety. If a side-by-side arrangement is adopted, the impact of the spacing between containers on ventilation and lighting needs to be considered.
Design cases provide practical references for the calculation model. For example, a small guesthouse hotel composed of four 6-meter-long containers has sanitary facilities, a technical room, a storage room, and a four-bed guest room on the ground floor, and four guest rooms sharing a terrace on the upper floor. In the calculation model, reference can be made to its functional zoning layout to determine the dimensions and positions of each functional area according to the container specifications. At the same time, the lighting design (such as small round windows) and decorative materials (such as birch plywood) in the case can also provide ideas for the detailed design in the calculation model.
