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This beam load calculator will help you determine the support reactions acting on a simply supported beam.
The Beam Supports calculator solves support reactions for a simply supported beam with multiple point loads. You ente...
This simply supported beam calculator computes support reactions for common loading cases, including point, uniform, ...
SkyCiv's free beam calculator lets you model simply supported or cantilever beams and compute support reactions direc...
This calculator analyzes a simple beam with a point load at any position and computes resultant support reactions. It...
ASDIP's free beam calculator supports pinned/fixed/continuous beam setups and calculates support reactions from appli...
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This free online beam calculator computes reactions, shear force, bending moment, deflection, and stress for common beam setups. You can model cantilever and simply supported beams with different load types directly in the browser. A paid upgrade exists for advanced features, but the base calculator is usable for free.
The Simply Supported Beam Calculator computes reactions, shear, bending moments, slopes, and deflections for multiple load cases. It includes options for material modulus and moment of inertia to produce deflection results. Calcresource also provides a separate cantilever beam calculator on the same site for matching beam type coverage.
Calculates bolt torque, ensuring correct tightening for safety and functionality in construction projects. Users input bolt specifications, material grade, and required torque, and receive precise torque values to achieve proper fitment. Engineers, mechanics, and DIY enthusiasts working on building structures or repairing machinery would use this tool to avoid overtightening or under-tightening bolts, which could lead to structural failures or equipment damage.
This insulation calculator will help you determine the R-value of a selected material at a given thickness or the total R-Value of an entire barrier or wall made of different layers of materials at their respective thicknesses.
Calculates the equivalent carbon content in steel using precise engineering formulas. Users input the relevant material properties, such as yield strength and carbon percentage, into the calculator interface. The tool then performs complex mathematical operations to determine the carbon equivalent number, which is a measure of a steel's propensity to harden at high temperatures during welding. Architects, structural engineers, and metal fabricators would use this tool to ensure that steel used in construction projects meets safety standards for heat-affected zones. By accurately determining the carbon equivalent, professionals can make informed decisions about material selection, potentially saving time and cost on rework due to subpar weld performance.
Use this floor joist calculator to determine the number of floor joists you will need and how much they will cost. You can also use this calculator to determine the maximum allowable span a floor joist can be depending on its wood species, grade, size, and supported load.