FRILO PRODUCTS

Solutions for Reinforced Concrete & Masonry

The Reinforced Concrete & Masonry portfolio includes programs that provide structural engineers with a wealth of analysis and verification methods for various types of concrete beams, concrete columns as well as walls and slaby. All solutions perform a complete reinforced concrete design. Reinforcement drawings supplement the design. In addition, components made of artificial, unreinforced masonry with rectangular cross-sections can be analyzed and designed. Verification of structural safety can be provided for individual walls, multi-story walls, basement walls subjected to earth pressure, and masonry columns.

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Verification

Column

Analysis and design of columns made of steel, timber, and reinforced concrete

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Continuous Beam

Analysis and design of single-span and continuous beams made of steel, timber, aluminum, and concrete

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Crack Width Verification

Verification of the limitation of the crack width under load effects for rectangular and T-beam cross-sections

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Cross Section Stress Analysis

Graphical or numerical input, analysis, design and display of cross-sections

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Flight of Stairs

Analysis and design of single-flight stairs with or without half-landing

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Framework

Analysis and design of bar-shaped load-bearing 2D and 3D structures made of timber, steel, and concrete

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Load Transfer

Determination of vertical and horizontal load transfer for building constructions made of concrete and masonry

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Masonry

Analysis and design of single- and multi-storey masonry walls, basement masonry walls and masonry columns

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Plate

Analysis and design of load-bearing plate-type structures in accordance with FEM

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Prestressed Reinforced Concrete Girder

Analysis of reinforced concrete beams and pre-tensioned girders

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Punching Shear Analysis

Analysis of the resistance to punching shear of point-supported slabs, foundation slabs and single foundations

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Reinforced Concrete Corbel

Analysis and design of corbels loaded directly from above

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Reinforced Concrete Half Joint

Analysis and design of dapped beam ends

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Strut-and-Tie Model Reinforced Concrete

Generation of stiffness-optimized strut-and-tie models to design reinforced concrete components

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Verification of Reinforced Concrete Cross-Sections

Analysis and design of reinforced concrete cross-sections for bending with axial force, shear force and torsion

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Walls by Finite Elements

Analysis and design of load-bearing walls or wall-type girders in accordance with the finite-element method

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