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ATHENA Engineering

Powerful computational tools for structural analysis and building physics. Compute Wind Load, Dead Load and 17 other loading cases.

Top Features :

  • Thermal resistance
  • Required moment of inertia / deflection
  • Centre of Gravity and moments
  • Ucw - Mean thermal transmission coefficient
  • Thermal-hygro analysis
ATHENA Engineering

Thermal resistance

Establishment of thermal resistance values of chosen assemblies. The assemblies can be made of several layers (materials), which can be chosen from an freely extendable library.

Required moment of inertia / deflection

Calculation of the required moment of inertia, the maximum deflection and maximum moment for a beam under 18 different load cases incl. collapsing verification. A results table can be inserted, with a diagram of the load case if required.

Centre of Gravity and moments

This command calculates the center of gravity, moments of force, centroid axes, radius of inertia, cross-section information such as area, external outline and the weight of one or more profiles. The center of gravity is marked and automatically dimensioned. This is ideal for the iterative process of creating custom project-specific profiles for specific aesthetic or strength parameters.

Ucw - Mean thermal transmission coefficient

With this command the mean thermal transmission coefficient of a window or a facade can be calculated. A results table can be optionally inserted into the drawing

Thermal-hygro analysis

ThermalResistance

ATHENA includes a light version of flixo, the leading technical software for thermal bridge analysis and reporting (isothermal computation). Now thermal bridges can be detected at the planning stage and eliminated through changes in design.