FRILO’s toolboxes are a hodgepodge of different verification modules that all have one thing in common: They handle regularly recurring, small standard calculations that are part of the daily work in an engineering office. With regard to the subject, the toolboxes can be divided into the sections reinforced concrete, fire protection in reinforced concrete, timber construction and masonry. The little helpers primarily perform common detail verifications. It is best to get an overview yourself.
Verify the load capacity of the bearing pressure depending on the load position and the selected masonry
Carry out a verification for one-part collar beam connections with a cleat in accordance with EC 5
Carry out a verification for two-part collar beam connections with special design anchors in accordance with EC 5
Carry out a verification for two-part nailed collar beam connections in accordance with EC 5
Verify the transmission of column loads through reinforced concrete floors in normal concrete
Calculate cross-section values for a number of standard cross-sections
Carry out a verification for a wall-type single-span beam made of normal concrete
Carry out a simplified verification for the limitation of deformation according to EC 2
Identify minimum distances for reinforced concrete beams under three- or four-sided fire exposure
Identify minimum distances for ribbed slabs made of reinforced and prestressed concrete in case of fire from below
Identify minimum distances for uniaxially and biaxially tensioned floor slabs under fire exposure
Identify duration of fire exposure for reinforced concrete walls and columns at minimum distances
Carry out a verification for lap and anchorage lengths of the specified reinforcement for frame corners
Carry out a verification for notched slab supports
Carry out a verification for composite joint for reinforced concrete beams
Carry out a verification for the indirect support of a beam
Carry out a simplified verification for predominantly wind-loaded, non-load-bearing infill walls
Carry out a verification for line corbels on a beam
Carry out a verification for line brackets on a ceiling edge
Carry out a verification for line brackets on a wall
Carry out a verification for vertically non-stressed interior walls with limited horizontal loading
Carry out a verification for stair supports that are notched at the bottom
Carry out a verification for stair supports that are notched at the top
Carry out a verification of partial area loads in accordance with DIN EN 1992-1-1
Carry out a verification for purlin connections with a nailed-on cleat in accordance with EC 5
Verify base points of rafters with transverse and normal forces (e.g. of rafter or collar beam roofs)
Verify rafter foot points with cleats with transverse and normal forces
Verify rafter base points with haunched cleats with transverse and normal forces
Verify the bearing pressure of a rafter depending on load positions, geometry and material
Carry out a verification for shear dowels made of reinforcing steel
Carry out a verification for sleeper anchors with washer in accordance with EC 5
Carry out a verification for splitting and edge tensile forces
Carry out a verification for concreted-in shear dowels made of threaded rods
Verify timber compression perpendicular to the grain depending on the load positions, geometry and material
Verify timber compressions with the aid of a steel plate for load distribution perpendicula to the grain
carry out all necessary verifications for unreinforced concrete walls in accordance with EC 2
Carry out a volume calculation for a whole series of objects
Carry out a verification for Würth panel anchors according to approval
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