Energy2D

Energy2D is a reliable software built for scientific, educational and informational purposes, that allows you to observe the activity of the heat, radiation, light and mass flow. The software enables you to create simulations based on physics equations, in order to view the effects of these parameters in the everyday life.

Energy2D allows you to create several types of models, for both empirical research and practical simulation. For instance, when building a house, Energy2D can create a simulation based on several criteria, in order to display for you the efficiency of the heat preserving system. The software can render a multitude of physics experiments.

The parameters you can study with Energy2D include heat, temperature, conduction, convection, radiation, fluid dynamic, particle coupling or building energy quotient. Some of the practical appliances of these case studies are thermal equilibrium, the Zeroth Law of thermodynamics, material elasticity, collisions, thermophoresis, wind effect, thermal bridges in buildings, fireplaces, infiltrations or solar heating efficiency.

The software comes with a large series of animated setups that allow you to view simulations of the above mentioned parameters and more. You can create a custom model, by drawing the lines, indicating evacuation places or the heat permissions. The simulation playback depends on certain equations and commands that you need to implement.

You can create a complete event script in the Script Console, then let the software compile and apply it to your setup. You can create specific observation zones on overlay the axis graph on top of the model. Thus, you can indicate the evolution of two parameters at the same time. Isotherm lines, heat flux, velocity or stream lines can be inserted, and the tip of the cursor can indicate the temperature in a specific place.

Energy2D allows you to create complex, animated simulations of heat waves, temperature variation or radiation, in a user-friendly environment. The software also allows you to render the simulation as an animation, thanks to the integrated player. Moreover, you can view the pre-existing templates and observe the effects of physical parameters.