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Aluminium Curtain Wall Profile
Moment of Inertia Determining Calculator

Calculation of Mullion (for live loads)
Design Load (wind): kg/m2
Wind Speed km/h
Module Width: { G } cm
Span: { L } cm
Allowable Deflection: { f } cm

Necessary Moment of Inertia for Aluminium Mullion

{ Jx } cm4

Calculation of Transom [ for dead loads ]

Thickness of outer layer of The IGU mm
Thickness of the inner layer of IGU * . ** mm
     

* If you are using single layer glass, put "0" for inner layer box

** If you are using triple layer glass, put the sum of middle and outer layer for outer layer box

necessary M.O.I. for transom for dead loads

{ Jy } cm4

necessary M.O.I. for transom for live loads

{ Jx } cm4

Disclaimer; this is a tool for preliminary information used for calculating necessary aluminium profile's moment of inertia used for curtain walls, 2 pinned support, trapezoidal loads. This can not be used for construction and official purposes. A licensed static engineer report must be obtained for officail use. FMT is not responsible for any outcomes from this tool used for constructions.



TR

Aluminium Curtain Wall Profile
Moment of Inertia Determining Calculator

Calculation of Mullion (for live loads)
Design Load (wind): kg/m2
Wind Speed km/h
Module Width: cm
Span: cm
Allowable Deflection: cm

Necessary M.O.I for Mullion

cm4

Calculation of Transom [ for dead loads ]

Thickness of outer layer mm
Thickness of inner layer mm

M.O.I for transom (dead load)

cm4

M.O.I for transom (live load)

cm4

* If you use single glass, put "0" for inner layer.
** If you use triple glass, sum of middle and outer layer.

Disclaimer; this is a tool for preliminary information used for calculating necessary aluminium profile's moment of inertia used for curtain walls, 2 pinned support, trapezoidal loads. This can not be used for construction and official purposes. A licensed static engineer report must be obtained for officail use. FMT is not responsible for any outcomes from this tool used for constructions.