SIP Design (CAD)

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SIP Design (CAD)

Not to be confused with architectural design

Typically converting stick framing to SIPs

2D & 3D Computer Aided Drafting/Design (CAD)

3D CAD can solve building design flaws early - virtual reality

CAD provides seamless transfer to CNC fabrication

ID:(118, 0)



Floor SIPs

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Floor SIPs

Span determines thickness

Substructure/girder system

Foundation connections

Second layer of sheathing

Utility runs

Proper weather sealing

ID:(119, 0)



Wall SIPs

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SIP de pared

¿Qué determina el espesor?

valor R

Altura frente a carga lateral

Modelado energético

ID:(120, 0)



Wall-to-Floor Connection

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SIP de pared

¿Qué determina el espesor?

valor R

Altura frente a carga lateral

Modelado energético

ID:(121, 0)



Wall Corner Connections

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ID:(122, 0)



Interior Wall Connection

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Second Floor Details

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ID:(124, 0)



Hanging Floor Detail

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ID:(125, 0)



Bevel Cut Top of Wall

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ID:(126, 0)



Posts and Headers

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ID:(127, 0)



Roof SIPs

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What determines thickness?

Span

Total load

R-value (Energy Modeling)

ID:(130, 0)



Roof SIP Support

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Single ridge beam

Cantilevered ridges

Purlin/mid-span beams

Bearing walls

Timber rafters

Timber trusses

Plated trusses

ID:(131, 0)



SIP Penetration

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Single ridge beam

Cantilevered ridges

Purlin/mid-span beams

Bearing walls

Timber rafters

Timber trusses

Plated trusses

ID:(132, 0)