Timber & steel framing manual - Floor Beam Design Double Span With Wall and Floor Over

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DESIGN DETAILS

Floor Use

Span 1

The length of span 1 measured from the centre of its outer support to the centre of the central support

Maximise

Span 2

The length of span 2 measured from the centre of its outer support to the centre of the central support

Maximise

Overhang

mm Maximise

Distance from floor beam to next floor support i.e the span of the floor member from the beam to the next adjacent beam or wall

Distance from wall to next roof support i.e the span of the rafter (or roof truss) from the wall to the next adjacent beam or wall

Floor

Please select your floor compostion here. Note that SpanMan automatically calculates the weight of floor joists and adds it to the floor weight. For details of weights refer to ABOUT > Technical.
Additional dead loads can also be added in the CRITERIA screen.

Floor Ceiling

Please select your ceiling compostion here. For details of weights refer to ABOUT > Technical

Wall

Please select your wall compostion here. Note that SpanMan automatically calculates the weight of wall studs and adds it to the wall weight. For details of weights refer to ABOUT > Technical.
Additional dead loads can also be added in the CRITERIA screen.

Roof

Please select your roof compostion here. Note that SpanMan automatically calculates the weight of roof battens and adds it to the roof weight. For details of weights refer to ABOUT > Technical.
Additional dead loads can also be added in the CRITERIA screen.

Roof Ceiling

Please select your ceiling compostion here. For details of weights refer to ABOUT > Technical

Design Material

Pick 'List all suitable timber and steel sections' to design across all timber and steel sections. Alternatively design in a specific timber or steel material type. Press DESIGN to obtain sizes.

design Criteria

Main Span Deflection		Overhang Deflection
Save Default Cancel
Dead load maximum	mm	Dead load maximum	mm
Dead load span on		Dead load span on	for downward deflection
Live load maximum	mm	Live load maximum	mm
Live load span on		Live load span on	for downward deflection
Imposed Loads		Additional Midspan Point Loads
Additional dead load kPa Dead load in addition to the loads you have specified in the previous screen. The additional dead load depends on the floor use you selected. It include items such as wall partitions and services. Please modify this value if you wish. A list of default additional dead loads in defined in ABOUT > Technical Live load main span kPa The imposed uniformly distributed live load in the main span. This is set by the floor use you selected in the previous screen and cannot be modified. Loads are calculated in accordance with Table 3.1 of AS/NZS 1170.1:2002. Live load overhang kPa The imposed uniformly distributed live load on the overhang. This is set by the floor use you selected in the previous screen and cannot be modified. Loads are calculated in accordance with Table 3.1 of AS/NZS 1170.1:2002. Live load point load kN The imposed point live load that can occur anywhere on the span or the overhang. This is set by the floor use you selected in the previous screen and cannot be modified. Loads are calculated in accordance with Table 3.1 of AS/NZS 1170.1:2002.		Dead load kN Live load kN
Distance Between Lateral Restraints
Top mm
Bottom mm

Floor Beam Double Span With Wall and Roof

Help

Description	You must enter a description
What is the load?	SpanMan increase member sizes in accordance with Australian Codes if the member supports brittle loads. If the manual load is one of the types in the drop down box, please selecet this type or leave the setting at Standard Material if the load is not brittle. You must enter a brittleness
Weight	kg/m2 You must enter a valid load between 1 and 10000

Floor Beam Double Span With Wall and Roof

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DESIGN DETAILS