Building construction using structural insulating core

A building construction according where a wall with a concrete column and beam is formed with a structural insulating core and an Insulated Concrete Form (ICF) by:

• Using a structural insulating core consisting of an array of metal channels with interlocking rigid insulation placed between the metal channels and extending the metal channels above the structural insulating core.
• Using an Insulated Concrete Form, formed by two rigid insulating boards with a connector between the rigid insulation boards, on top of the structural insulating core and connected to the metal channels above the structural insulation core forming a concrete beam mold.
• Installing an Insulated Concrete Form, formed by two rigid insulation boards with a connector between the rigid insulation, to the flanges of the metal channel of the structural insulating core forming a vertical Insulated Concrete Form.
• Installing another structural insulating core consisting of an array of metal channels with interlocking rigid insulation placed between the metal channels and extending the metal channels above the structural insulating core.
• Connect the opposite end of the vertical Insulated Concrete Form to the flanges of the metal channel of the structural insulating core forming a vertical Insulated Concrete Form column.

A building construction where two adjacent modular units each have their own floor, wall & ceiling assemblies are connected by a concrete column and beam molds formed by:

• Each module wall consists of a structural insulating core consisting of an array of metal channels with interlocking rigid insulation placed between the metal channels and extending the metal channels above the structural insulating core.
• A common wall of two adjacent modules consists of a structural insulating core of one module and a structural insulating core of the adjacent module with an gap between each module.
• A concrete column located in the common wall between two adjacent modules by installing an Insulated Concrete Form, formed by two rigid insulating boards with a connector between the rigid insulation boards to the metal flanges of the metal channels on the structural insulating core of one module and the opposite rigid insulating board of the Insulated Concrete Form attached to the metal flanges of the metal channels on the structural insulating core of the adjacent module forming a concrete column mold.
• Using another Insulated Concrete Form (ICF), formed by two rigid insulating boards with a connector between the rigid insulating boards, place the ICF on top of the common wall so the rigid insulating boards of the ICF are within the ICF mold and secured to the metal channels of each module wall forming a concrete beam mold.

A building construction where a precast concrete panel is formed by:

• Using an array of metal channels where rigid foam is placed between:
• The each rigid foam panel overlaps both flanges of the metal channels and abuts the web of both metal channels and the overlapping foam fits over the adjacent foam panel forming a groove into which the overlapping foam fits over.
• The interlocking foam panel has beam pockets at the top and bottom of the panel.
• Connectors pass through the foam panels into the metal channels and are exposed above the foam panels.
• The interlocking foam panels have vertical column pockets between the metal channels.
• Concrete is installed over the panel while in a horizontal position, connecting the vertical and horizontal pockets in the foam panel forming a concrete panel and embed the foam connectors into the panel also forming a concrete beam and column structure within the panel.

A building construction where the insulation concrete form (ICF) is formed using two side walls and a connector between the side walls formed by;

• Each side wall consisting of a rigid board thick enough to form a V joint by cutting the rigid board to the shape of the V joint where the widest section of the V joint is within the rigid board;
• A connector having two connector ends and a connector shaft with holes connecting each of the connector ends;
• Each connector end being a triangular shape end where the corner of the triangle connects to the connector shaft and the other two triangular corners extending with the rigid board;
• Where the connector ends slide into the V joints of the rigid boards connecting both rigid boards together forming the insulating concrete form.

A building construction of a twist fastener and support are formed by;

• A twist fastener that has an end which has a narrow width and a longer length and a shaft that connects to the middle of the twist fastener end.
• A support within a rigid board where the support for the twist fastener is shaped as a dovetail joint and cut into a rigid board;
• Where the dovetail joint has an opening equal to the narrow width of the end of a twist fastener and a greater width within the rigid board equal to the longer length of the twist fastener.
• The connection of the twist fastener to the support occurs when the twist fastener is inserted through the narrow width of the dovetail joint and the shaft of the twist fastener is turned 90 degrees so that the longer length of the twist fastener is secured within the dovetail joint at the longer length of the dovetail joint.