Fire Engineering Platform (FEP) is a software package for everybody interested in performing assesments or calculations in the area of building fire protection. It provides a number of components which address the workflow of the fire protection engineer but can be equally valuable for fire officials or Authorities Having Jurisdiction wanting to quickly check some calculations or design. The FEP also has unique features making it a good tool for educating fire engineers. These features include especially quick input and model preparation, interactivity and rapid access to results which makes it easier to understand various aspects and relations in fire protection engineering.
QuickZone is a zone modelling program which allows quick and interactive model building with the capability of immediate results visualisation (numerical and visual). The whole modeling process is a matter of seconds. Effect of any change to the model can be seen instantly. The calculations are based on the reliable and well known CFAST model.
FireRad is a module for thermal radiation calculations in arbitrary geometries which may also include obstructions. It is based on fundametal view factor calculations and it provides results that are theoretically exact. The user can build the model manually or import the model from CAD or BIM programs like Autodesk Revit. FireRad provides
FireScripter is a module developed to work with regulations, standards and all decision-making processes. It allows you to quickly set requirements and parameters, compare requirements between different documents, and compare different variants of solutions. The final result of the work can be saved as a PDF document.
Egress Designer is a module used to simulate the process of evacuating people from buildings and structure. Work with the program includes the construction or import of a building model, determining the details of the population of people in the building in terms of its composition, distribution and population. After building the model, the user starts the simulation and analyzes the evacuation process.
Vehicle Access is a module used to examine the possibilities of access and maneuvering of fire brigade vehicles in the vicinity of designed or existing buildings. In many cases, improperly designed access roads, squares and other maneuvering solutions do not allow effective and safe access by fire brigade vehicles.
Fire FEM is a module for analyzing heat flow in cross-sections of building elements composed of one or more types of materials (e.g. steel and concrete) using the finite element method. The building element is subjected to heating in a selected way. After calculating the simulation, the user can examine the temperature distribution in the cross section at any time during time or the temperature course at any point in the cross section.
Eurocode is a module used to work with the Eurocode standard, especially EN 1991-2-1, i.e. determining the parametric fire curve and determining the temperature of protected or unprotected steel when heating it using standard curves or localized fire.
Eurocode is a module used to work with the Eurocode standard, especially EN 1991-2-1, i.e. determining the parametric fire curve and determining the temperature of protected or unprotected steel when heating it using standard curves or localized fire.
FDS Designer is a module for building FDS models. The user can build the model interactively or import CAD files to speed up model preparation. The FDS input file can be monitored all the time by providing code preview on side of the screen. At the end of preparation the user can start the simulation locally or choose FDS Cloud to run simulation in the provided cloud resources.
FDS Cloud Client is a module for managing and monitoring FDS simulations running in a cloud which is integrated with the FEP. The user can use the model built using FDS Designer or any input file and start a simulation using virtual machine with desired specification. Completed and well compressed results package can be downloaded to the local machine.
Flame Radiation is a module used to analyze thermal radiation from a flame, especially in the event of a fire of a flammable liquid spill. The computational models used in the module are characteristic of fires typical of bases and service stations and other industrial plants.
Detection Time is a module used to calculate the activation time of detectors using recognized algorithms such as DETACT T2, DETACT QC and algorithms contained in NFPA standards.
Fire Water Flow is a module used to analyze the course of fire in production and warehouse buildings, taking into account the characteristics of the extinguishing action, i.e. the time of arrival and undertaking extinguishing actions by individual fire brigades and the amount of water extinguishing expenditure they provide. The current fire power is calculated on the basis of the intensity of heat receiving by the extinguishing water, and the user can also assess the temperature of hot gases near the ceiling of the building.
Smoke Control is a module for analyzing the process of removing smoke and heat in a building using the assumptions of both a stationary fire and a variable fire over time. The user has the option of specifying room parameters, fire characteristics, convection columns and choose the type and parameters of the smoke and heat removal system. Working with the module allows you to choose the optimal system parameters.
Total Flooding is a module used to analyze the process of completely filling the room with extinguishing gas. The module allows the use of various types of gases and taking into account the parameters of the room. The module uses both standard calculations and an iterative model.
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