Container House Quick Design
The quick design of container houses requires a comprehensive consideration of site conditions, functional requirements, container specifications, and combination methods, integrating innovative design strategies to achieve a unity of function and aesthetics.
1. Site Analysis and Design Strategy
The site is located in the suburbs, shaped like a right-angled trapezoid, with a road to the north and landscape views to the east, west, and south. The design should utilize staggered placement of containers to create a sawtooth setback, responding to the irregular site, and incorporate a central courtyard to address bottom-floor lighting issues. The roof can be designed as a walkable undulating surface with outdoor paths, enriching the spatial experience and responding to the river landscape. The facade division should reflect the alignment of container blocks, using parapets to distinguish the walkable roof and creating undulations on the walkable roof section to shape sight corridors.
2. Functional Layout and Container Combination
According to functional requirements, the multi-functional hall and dining room can be formed by combining three large containers, covering an area of 100m², with the kitchen adjacent to the dining room and opening outward. Twenty dormitory rooms are needed, using standard 4m8m flat containers with en-suite bathrooms at the entrance. Offices can also use 4m8m containers, with conference rooms and shower rooms needing close connections to offices and dormitories, and their areas should not be too small. The lobby, as a flexible space, should have an area that meets requirements.
3. Container Specifications and Structural Innovation
The problem specifies two container specifications: 4m8m4m and 2m4m4m. The design should combine these based on functional requirements. Apart from containers, structural design should not exceed 15%, allowing for mixed-structure detailed design. Containers can be combined through staggering, stacking, and cantilevering, with a maximum cantilever of 4 meters, beyond which additional supports are required. All six sides of containers allow for openings, with reinforcement measures needed for single openings wider than 3 meters.
4. Form and Facade Design
The overall form can present a square-in-square layout, with a central courtyard addressing lighting issues. The facade division should reflect the application of the two container sizes, with standard container dimensions and window openings indicating internal functions, such as dormitory windows facing the river. The covered staircase component in the light court can suggest internal circulation, enhancing spatial hierarchy.
