| DynoBond™
Building Systems
REQUIREMENTS OF THE DYNO HOUSING SYSTEM
Establish the basic building requirements of the project using the KISS principle to establish a simple housing design to be provided by Omni based on confirmed engineering standard that limit design wall heights, floor and roof spans, square footage and environmental requirements (sanitation, water, electrical, heating and cooling) based on an affordable start up budget and construction schedule.
- Model house unit (single story under 1,000 sq. ft.)
- Model house (Multiple story)
- Multiple Housing unit (S) duplex or quad
- Custom Project design
 We must emphasis from the beginning that this is a panelized housing system that is constructed of DynoBond Concrete as a reinforced concrete post, beam, and joist system. This structural concrete system features the use of EPS foam as a building form with the added cost benefit of thermal insulation. Further we must emphasize safety at the beginning of the project, stating the fact tat our system is composed of concrete, and therefore our system Requires curing time for our panels to come up to minimum construction strengths prior to handling and placement into the finished structure based on project and environmental requirements. These minimum curing times will vary based on early compression and shear loads requirements and the design height, and span of each component part. Floor panels require the longest minimum curing time (10 to 21 days) prior to handling, placement and loading of structural clear spans. To avoid component damage during the construction process, each component must be properly supported during transportation erection and final curing using temporary supports if required. Components must be protected from shock (jumping up and down) or overloading during this fragile curing period. It is highly advisable on first project start ups to provide temporary bracing of floors and roofs to avoid damage by curious visitors (architects, engineers, contractors, or owners) who have to test a new system by trying to break or damage each component part as it is erected This will be further referred to as the WET PAINT SYNDROME.
DESIGN REQUIREMENTS FOR THE DYNO HOUSE
To manufacture and construct an efficient house we must set design perimeters that establish the basic design of the structure that include the following:
- Wall Heights and Thickness, Floor and Roof Spans
- Single or Multiple story construction
- Foundation requirements
- Environmental Loads (wind, snow, hurricane, earthquake)
- Environmental Values (heating and cooling)
- Utilities, sanitation, windows and doors
- Budget: Cost per square foot of structure.
Land
Material
Labor
To establish an efficient housing project we must set design perimeters that establish the manufacturing requirements of the multiple units.
- Square footage requirement (s)
- Utilities, water, and sanitation requirement
- Site access, roads, parking, and common space requirements
- Underground requirements
- Site clearance, land balancing
- Site drainage, storm water management
- Environmental Design Loads
- Common Wall Construction Requirements
- Wall Heights and Thickness, Floor and Roof Spans
- Single or Multiple story construction
- Foundation Design
To establish an efficient system for manufacturing the housing panels the following items must be taken into consideration:
- Establish manufacturing location
- Site built
- Off site facility
- Combination
- Method of handling and transporting panels on or to site.
- Lifting capabilities for on site construction of multiple stories
- Manpower, forklift, or movable crane
- Minimum and maximum weight of finished panels
- Interior and Exterior finishes
- Method of bond beam construction
- EPS wall panel form
- TOW (top of wall) forming system
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