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Load Calculation Calculator

Load collection for:

Slab characteristics

hollow core slab

ribbed slab

solid monolithic slab

partitions fall on the slab

Slab length: mm

Slab width: mm

Partition characteristics

Partition length on the slab: mm

Partition thickness: mm

Partition height: mm

Partition material:

Characteristics of layers above the slab

Number of layers above the slab:

Temporary loads

Snow region:

Useful load:

№	Name	Density, kg/m3	Reliability coeff.
PERMANENT LOADS
	Self weight of the slab	2500	1.1
	Mass of partitions
1
2
3
4
5
6
TEMPORARY LOADS
	Snow load		1.4
	Live load
TOTAL in kg/m²

Beam characteristics

Beam length L: mm

Beam spacing B: mm

Beam section:

Beam height: mm

Beam width: mm

Beam material:

the beam carries the mass of partitions

auxiliary beams rest on the beam

Auxiliary beams

Beam section:

Beam height: mm

Beam width: mm

Beam material:

Beam spacing L1: mm

Partition characteristics

Partition length: mm

Partition thickness: mm

Partition height: mm

Partition material:

Number of layers:

Temporary loads

Snow region:

Useful load:

№	Name	Reliability coefficient
PERMANENT LOADS
	Self-weight of the beam
	Mass of auxiliary beams
	Mass of partitions
1
2
3
4
5
6
TEMPORARY LOADS
	Snow load	1.4
	Live load
TOTAL in kg/m

Column characteristics

Column height H: mm

Length L (see fig.): mm

Width B (see fig.): mm

Column section:

Column section height: mm

Column section width: mm

Column material:

the column carries the mass of partitions

Beam characteristics

Beam section:

Beam height: mm

Beam width: mm

Beam material:

auxiliary beams rest on the beam

Auxiliary beams

Beam section:

Beam height: mm

Beam width: mm

Beam material:

Beam spacing L1: mm

Partition characteristics

Partition length: mm

Partition thickness: mm

Partition height: mm

Partition material:

Number of layers:

Temporary loads

Snow region:

Useful load:

№	Name	Reliability coefficient
PERMANENT LOADS
	Self-weight of the column
	Mass of the beam
	Mass of auxiliary beams
	Mass of partitions
1
2
3
4
5
6
TEMPORARY LOADS
	Snow load	1.4
	Live load
TOTAL in kg
TOTAL in kN

We present to you an online Load Calculation Calculator — a tool for calculating structural loads on building elements such as floor slabs, beams, and columns. This calculator is designed for engineers and builders, enabling quick and precise load calculations on structural components.

Calculator Features

Load calculation for floor slabs: compute loads on slabs of various designs and materials.
Load calculation for beams: determine loads on beams with different cross-sections.
Load calculation for columns: evaluate loads on columns and supports with various cross-sections.
Load calculation for structures: assess the total loads on building elements.

Usage Instructions

Select the structure for which you need to calculate the load (floor slab, beam, or column).
Specify the characteristics of the selected element: dimensions, material, and other parameters.
If necessary, indicate the characteristics of additional elements, such as partitions or secondary beams.
Select the number and type of layers that affect the load (e.g., flooring, insulation, finishing materials).
Enter the data on the materials and thickness of each layer in the table.
Click the "Calculate" button to obtain the results.
Review the results, which include the total load value and a detailed calculation with applied coefficients.