программы для дизайна интерьера

Ventus is designed to provide a pressurization simulation for smoke control analysis. The simulation is performed by CONTAM, an open-source application maintained and developed by NIST.

Like PyroSim and FDS, Ventus provides a premium user experience for industry leading simulation software. By utilizing our expertise in delivering 3D modeling applications for fire protection eningeering, Ventus will exceed the demands of CONTAM users who want to accelerate their smoke control projects.

Whether for stairwells, atriums, or underground buildings, proper air handling systems must be designed for pressurized smoke control in case of emergency. Ventus provides a clear and efficient path from modeling a building to understanding temperatures, pressures, and densities so that the proper solution can be reached.

Thunderhead Engineering supports you every step of the way. Whether you want in-depth training or self-taught materials, you can learn performance-based design modeling with greater efficiency and proficiency. We design our software for anyone to learn, and our customers are delighted when our support team helps them succeed.

Import CAD geometry
Import CAD models or floorplans to build geometry. Easily understand and navigate your model. Quickly designate flow paths.

Design simulations in 3D
Build in an application tailored to avoiding errors and mistakes. See your realistic model as you work and easily investigate details through intelligent UI.

Deliver answers quickly
Create data reports for all configured scenarios. Provide increased certainty that your inputs are valid and deliver the proper solution.

Simulate multiple ambient conditions
Easily compare results for varying outdoor conditions. Maintain multiple simulation configurations for sensitivity analyses and multiple scenarios.

-Ventus allows users to build 3D models of pressure zones based on actual building geometry.
-Ventus manages multi-variable scenarios for simplified batch CONTAM simulation and analysis.
-Ventus tabulates results data for multiple scenarios into digestible CSV data and 3D visuals.

ОS: win x64
Русский язык: нет
Подробности

PyroSim is a graphical user interface for the Fire Dynamics Simulator (FDS). FDS models can predict smoke, temperature, carbon monoxide, and other substances during fires. The results of these simulations are used to ensure the safety of buildings before construction, evaluate safety options of existing buildings, reconstruct fires for post-accident investigation, and assist in firefighter training.

FDS is a powerful fire simulator which was developed at the National Institute of Standards and Technology (NIST). FDS simulates fire scenarios using computational fluid dynamics (CFD) optimized for low-speed, thermally-driven flow. This approach is very flexible and can be applied to fires ranging from stove-tops to oil storage tanks. It can also model situations that do not include a fire, such as ventilation in buildings. FDS is closely integrated into PyroSim.

Features and Applications PyroSim
-The ability to import CAD models, including DXF and DWG
-The use of several types of tissue or mesh
-Parallel processing to improve speed of execution of FDS
-The user interface has been translated into several different languages
-Support for HVAC systems
-The ability to import existing models, FDS
-Having a library of different specifications to increase production speed and reduce error model
-Ability to edit interactive objects in the model
-Having a design tool for rapid creation of models to you
-Support SmokeView to see smoke, temperature, acceleration and other parameters FDS output at any time of the analysis process
-Full 32-bit and 64-bit operating systems Pyshtyany
-The simulation cluster in the context of a network of computers
-Ability to convert models to FDS5 FDS4

OS: wi x64
Русский язык: нет
Подробности

Pathfinder product Thunderhead Engineering, utility software to simulate the evacuation of personnel from the various facilities. With this program, the population of people under certain critical conditions such as earthquake, fire, flood and drain of a specified location, and the simulation is performed based on various parameters. Characteristics of individuals involved in stress and personal injury and obstruction of exits and so on. This application is unlike flow models based or cell-based, with the power of techniques, research on the capabilities of the gaming industry and computer graphics to simulate realistic to do to use it more tangible and closer to reality and only one application is not purely computational and simulation.

Pathfinder essential tools for making the right decision for the design of systems resistant to various disasters, including fires offer. By simulating multilateral and change the properties of different scenarios can be explored and finally the critical limits, minimum and maximum for states to anticipate and remedy the cynical and Khvshbyanh.

Pathfinder is a simulator-based OS (operating here as humans), each individual based on a set of parameters and characteristics of its own into the simulation environment and independently decide its own, this next advanced motion system and 3d modeling makes it unlike other competitors more realistic simulations gives us

Features:

Robust Import Options
Pathfinder provides support for the import of Autodesk formats DXF and DWG, buildingSMART’s IFC format for BIM, as well as DWG, FBX, DAE, and OBJ. Pathfinder’s floor extraction tool makes it possible to quickly use the imported geometry to define the occupant walking space for the evacuation model. Import Type specifications allow automatic model generation to apply correct object types.
If you have a blueprint, it can be imported in GIF, JPG, or PNG format and then used as a background to help you rapidly draw your model directly over the image.

Continuous Movement Mesh
Pathfinder uses a 3D triangulated mesh to represent the model geometry. As a result, Pathfinder can accurately represent geometric details and curves.
Triangulation also facilitates continuous movement of persons throughout the model, compared to other simulators that subdivide the space into cells that can artificially constrain the movement of occupants.

Multiple Simulation Modes
Pathfinder supports two simulation modes. In Steering mode, agents proceed independently to their goal, while avoiding other occupants and obstacles. Door flow rates are not specified but result from the interaction of occupants with each other and with boundaries. In SFPE mode, agents use behaviors that follow SFPE guidelines, with density-dependent walking speeds and flow limits to doors. SFPE results provide a useful baseline for comparison with other results, but SFPE calculations do not prevent multiple persons occupying the same space.
Optionally, Pathfinder allows you to specify door flow rates in steering mode to obtain superior visualization in a constrained model. You can freely switch between modes in the Pathfinder user interface.


OS: win x64
Русский язык: нет
Подробности