2 Storey Dorm Type Containerized House refers to a two-story dormitory-style residential building constructed using modular containers. This type of construction typically utilizes containers as the primary structural units, which are stacked and arranged to create multi-level structures.
Such buildings are commonly used for temporary housing, construction site dormitories, or projects requiring rapid deployment of residential units. Constructing houses with shipping containers offers advantages such as relatively fast construction times and environmental sustainability, as the containers can be recycled and repurposed.
These structures may find application in various contexts including student dormitories, temporary accommodations, or areas in need of affordable housing solutions.
Designing a two-story containerized dormitory residence involves several key steps, encompassing functionality, structural stability, safety, and comfort. Here's an outline of the process:
1. Define Needs and Functions: Begin by clarifying the purpose and functions of the dormitory. Determine the capacity, number of bedrooms, bathrooms, common areas, etc.
2. Container Layout Planning: Based on your needs and functions, design the layout of the containers. Determine which containers will serve as bedrooms, kitchen, bathrooms, and common areas. Consider how to stack and arrange the containers to maximize space utilization.
3. Ventilation and Insulation: Address ventilation and insulation issues associated with containers to ensure indoor air quality and comfort. Design effective solutions to mitigate these concerns.
4. Interior Decoration and Facilities: Design the interior layout, decoration, and facilities to suit the dormitory's functionality and comfort requirements. This may include selecting suitable flooring materials, wall decorations, furniture arrangement, etc.
Designing a two-story containerized dormitory residence is a complex process that requires comprehensive consideration of multiple factors. It's advisable to seek the assistance of professional architects or designers who can provide customized design solutions based on your specific needs and circumstances. Technical Parameter
Wind Resistance: Grade 12
Wall permitted loading:0.6KN/ m2
Ceiling Permitted live loading:0.5 KN/m2
Wall Coefficient of thermal conductivity: K=0.442W/MK
Ceiling Coefficient of thermal conductivity: K=0.55W/ m2K
Q1:Can you accept the customer service and personalized design?
A: Yes, our professional engineer team can make a drawing by following customers' requirements. Q2:How to pay?
A: T/T will be more appreciated.30% deposit before producing,70% balance before loading. Q3:How to install?
A: We will provide a detailed installation video and instruction to you. Technicians will be sent to help you on-site if necessary. However, the visa fee, tickets, accommodation, food, and wages will be undertaken by buyers.
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