B2 – Design of reinforced concrete

 The B2 application allows you to perform cross-section analyses for bending with longitudinal force as well as shear force. Additionally, you can produce crack width evidence (loading), perform stress analyses or calculate effective rigidity.

| Design of reinforced concrete |

In following article, Frilo shares its experience while implementing  Eurocode 2 in their software (written by B. Ziems, software developer for the concrete library at Frilo)

| Experiences with the implementation of Eurocode 2  |

   ► Buy Frilo Statics: B2 - Design of reinforced concrete

B5 – Reinforced concrete column

B5 is intended for calculation of reinforced concrete columns and walls exposed to uniaxial and biaxial effects of actions.

| Reinforced concrete column |

   ► Buy Frilo Statics: B5 – Reinforced concrete column

B6 – Punching shear analysis

This module allows you to check slabs that are point-supported for punching.

| Punching shear analysis |

   ► Buy Frilo Statics: B6 – Punching shear analysis

B7 – Flight of stairs

This module is intended for static analysis of single-spanned flights of stairs.

| Flight of stairs |

   ► Buy Frilo Statics: B7 – Flight of stairs

DLT – Continuous beam

DLT software analyses simple and continuous beams or slabs, with up to a maximum of 12 spans and optional cantilever ends.  

| Continuous beam |

   ► Buy Frilo Statics: DLT – Continuous beam

MWX – Design of masonry

MWX is a general design application for establishing the structural safety of individual walls made of bricks with rectangular cross-sections. The analysis can be based on a simplified or more accurate calculation method. In addition to masonry subjected mainly to compression, you can also check walls that are subjected to horizontal forces in the direction of the plate or slab, thus enabling the analysis of bracing plates.

| Design of masonry |

   ► Buy Frilo Statics: MWX – Design of masonry

BTII – Bending Torsion Theorem

Note: this module is integrated into the environment of Scia Engineer

The LTBII functionality in Scia Engineer provides steel users with the possibility to complete the steel code check results with the 2nd order theory calculation performed by the connected Friedrich + Lochner solver, according to EC3.

The FriLo solver can be used in two ways. The first pertains to detailed calculation of Mcr through an eigenvalue solution. The main advantage of this option is that for any combined type of transverse loading the true Mcr can be calculated. This Mcr is then used in the Scia Engineer Lateral Torsional Buckling check.

The second concerns 2nd order analysis using 7 degrees of freedom. This 2nd order calculation includes torsional and warping effects. The 2nd order warping effects are then used in the Scia Engineer combined stress check. The main advantage is that, due to the fact that Lateral Torsional Buckling is already accounted for in this 2nd order calculation, a Lateral Torsional Buckling check no longer needs to be carried out.