Steel Beams
Design a Steel Beam to AS 4100:2020
Design steel beams to AS 4100:2020 with multiple supports and loads. Floor- and roof-beam presets cut repetitive entry.
Design a Steel Member (Design Only) to AS 4100:2020
Fast capacity design of steel members to AS 4100:2020 when analysis results are available. Input forces directly and choose from thousands of AU sections.
Design a Steel Lintel (Angle, T-Lintel or PFC+Plate) to AS 4100:2020
Design steel lintels supporting masonry, as an angle, a T-lintel, or a PFC with plate, to AS 4100:2020.
Design a Steel Beam to NZS 3404.1:1997 (Amdt 2)
Design steel beams to NZS 3404.1:1997 (Amdt 2) with multiple supports and loads. Checks compactness, LTB, shear, bearing and deflection.
Cold-Formed Steel Beams
Design a Cold-Formed Steel Beam to AS/NZS 4600:2018
Design cold-formed steel beams to AS/NZS 4600:2018 using the Direct Strength Method, with a built-in database of Australian CFS sections.
Design a Cold-Formed Steel Member (Design Only) to AS/NZS 4600:2018
Design cold-formed steel members to AS/NZS 4600:2018 by the Direct Strength Method. Input analysis forces to check moment, shear, bearing, and combined actions.
Timber Beams
Design a Timber Beam to AS 1720.1:2010
Design timber beams with multiple spans and load cases to AS 1720.1:2010 (Amdt 3). Checks bending, shear, bearing and deflection.
Design an ITI Timber Beam to AS 1720.1:2010
Design timber beams with multiple spans and load cases to AS 1720.1:2010 (Amdt 3). ITI version of the Timber Beam calculator.
Design a Timber Member (Design Only) to AS 1720.1:2010 (Amdt 3)
Design timber truss chords, frame members and rafter ties to AS 1720.1:2010 (Amdt 3), with combined bending, axial and shear checks.
Design a Timber Beam to NZS 3603:1993 (Amdt 4)
Design simple and continuous timber beams to NZS 3603:1993 (Amdt 4) with unlimited supports and loads. Checks moment, shear and deflection.
Match Proprietary Glulam Products to GL Grades (Australia and New Zealand)
How branded Australian and New Zealand glulam products relate to standard GL grades, and why selecting the named product in Calcs.com is the better option.
Concrete Beams
Design a Concrete Beam to AS 3600:2018
Design rectangular concrete beams to AS 3600:2018 (Amdt 2) with unlimited spans. Checks flexure, shear, and short- and long-term deflection.
Design a Concrete Member (Design Only) to AS 3600:2018 (R2021)
Design concrete members to AS 3600:2018 from analysis forces you already have, such as 3D model results. Fast capacity design and reinforcement optimization.
Older Code Editions
Design a Steel Beam to AS 4100:1998
Design steel beams to AS 4100:1998 (R2016) with multiple spans and load cases. An earlier code edition, kept for existing projects.
Design a Steel Member (Design Only) to AS 4100:1998
Design steel members to AS 4100:1998 (R2016) from analysis results you already have. An earlier code edition, kept for existing projects.
Design a Cold-Formed Steel Beam to AS 4600:2005
Design cold-formed steel beams to AS 4600:2005 using the Direct Strength Method. An earlier code edition, kept for existing projects.
Design a Steel T-Lintel to AS 4100:1998
Design steel T-lintel sections supporting masonry openings to AS 4100:1998. Fast, accurate analysis and design with bending, shear, and deflection checks.
Design a Steel Angle Lintel to AS 4100:1998
Design angle, T-lintel or PFC and plate steel lintels over masonry openings to AS 4100:1998. An earlier code edition, kept for existing projects.
Design a PFC and Angle Section to AS 4100:1998
Design combined PFC and angle steel sections to AS 4100:1998. Checks bending capacity, deflection, and brick-load stress on the angle leg.
Design a PFC and Plate Section to AS 4100:1998
Design combined PFC and plate steel sections for masonry support to AS 4100:1998. Checks bending capacity, short- and long-term deflection, and plate stress.