Easily calculate ASD design wind pressures using ASCE 7-10 Components & Cladding for wind zones 4 & 5 of buildings.
This calculator allows you to determine the maximum span of various EMS self mating & cap and pan decking profiles after entering the appropriate design criteria.
This mobile version of our acclaimed ASCE 7-10 tool is useful for quick wind pressures while on-the-go.
This calculator allows you to design a suspended canopy utilizing various EMS components at a glance after entering the appropriate design criteria.
This tool checks the stress, deflection, and reactions of various common mullion shapes for A36 steel and numerous aluminum alloys.
This tool is designed to work for the Cardinal Louvered Roof product and uses the newer ASCE 7-16 wind code found in IBC 2018.
Find required post footing sizes for a variety of fence and soil conditions.
This page contains dynamic, helpful content to make Eastern Bertha Clear Panels easier to understand, use, and install.
Find the proper size & weight of a mechanical equipment pad for wind resistance
This tool assists in interpolating between the corner and interior wall wind zones 4 and 5 using ASCE 7-10.
Interactively determine beams, posts, and footing sizes for your wind & snow conditions for the Struxure Mechanical Louvered Pergola System.
This calculator determines the design wind pressures on four types of “Other Structures” as defined by ASCE 7-10.
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  This calculator determines the footing and post size for a variety of sign, soil, and wind configurations.
Use this design aid to help determine the capacity of host structure columns and walls to withstand a variety of reactions from various end retention systems.
This tool calculates the weight of glass for a given length, width, glass thickness, and laminated layers.
Use this tool to calculate the expansion or contraction of material lengths based on differential temperatures.
Use this tool to calculate the section properties for a box beam, pipe, c-channel, and plate.
This design aid helps determine the capacity of the specified Miami Tech HEAVY DUTY Stand for the inputted stand & A/C dimensions.
This tool calculates the amount of resin to purchase for a given installation of anchors.
This legacy calculator (circa 2008) (in FLASH, won’t work on phones/tablets and some browsers) follows the Powers anchoring system 5th edition manual for determining the capacity of anchors in a variety of concrete types and installation conditions.
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This legacy tool (currently being updated!) checks the shear capacity of nailing patterns for the Windstorm USB product for a variety of shapes and loading conditions.