The calculation module uses the formulas of all material data of chemical elements contained in the database. Variable effects on the state of chemical elements (for example: outside temperature), are automatically calculated by the module. In addition, custom manual changes to the individual values are possible, for example for integration of modified chemical elements. An integrated conversion feature automates the conversion of standard SI units into all other standard international units. The full CAS list and a list of building types described in detail are included in the standard version. A connection of extended or specific databases to the system is intended. Evaporation: Leakage (gas): Leakage (liquid): Dispersion: Explosion: Fragments: Fire: Jetfire: Portal an Interactive Methods
The module calculates the consequences of the evaporation of a released substance, for example: gasoline pools.
This module refers to the situation of a gas discharge, for example: from a defective transport container.
The module evaluates the effects of a liquid discharge, for example: storage tank.
The module calculates the claims experience of an explosive cloud or the mixing of a substance with air.
In this module, the consequences of an explosion or a pressure wave can be calculated while also taking into account damage to buildings.
The calculation of fragment trajectories requires a modified calculation module for the probable hit-rate of fragment trajectories.
The fire module refers to the spread of a large-scale fire and a fireball.
The jetfire with a horizontal or vertical formation requires a modified module compared to the fire calculation module.
As part of a “what-if” – analysis, an assessment of claims experience based on already-implemented complex mathematical formulas from the industrial accident research, is carried.