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intro:modelconept [2017/11/10 09:25] – external edit 127.0.0.1 | intro:modelconept [2023/05/26 15:03] – enviadmin | ||
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===== Overview in a Nutshell===== | ===== Overview in a Nutshell===== | ||
- | ENVI-met | + | ENVI-met is a holistic three-dimensional non-hydrostatic model for the simulation of surface-plant-air interactions not only limited to, but very often used to simulate urban environments and to asses the effects of green architecture visions. |
It is designed for microscale with a typical horizontal resolution from 0.5 to 10 m and a typical time frame of 24 to 48 hours with a time step of 1 to 5 seconds. This resolution allows to analyze small-scale interactions between individual buildings, surfaces and plants. | It is designed for microscale with a typical horizontal resolution from 0.5 to 10 m and a typical time frame of 24 to 48 hours with a time step of 1 to 5 seconds. This resolution allows to analyze small-scale interactions between individual buildings, surfaces and plants. | ||
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===== Software Versions ===== | ===== Software Versions ===== | ||
- | Like always, the **basic** version of ENVI-met | + | The **LITE/TRIAL** version of ENVI-met is free and comes along as a complete model including the basic simulation core for non-commercial applications, but is restricted in domian and calculation features. In addition to the free version (**" |
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** Full 3D building geometry & Single walls** | ** Full 3D building geometry & Single walls** | ||
- | Complex buildings and other structures can be constructed in full 3D with no limitations in complexity as far as the cubic base structure allows. This allows the simulation of semi-open spaces such as the soccer stadium shown in the icon and in this example. Moreover, ENVI-met | + | Complex buildings and other structures can be constructed in full 3D with no limitations in complexity as far as the cubic base structure allows. This allows the simulation of semi-open spaces such as the soccer stadium shown in the icon and in this example. Moreover, ENVI-met allows the usage of single thin walls that can be applied to any grid which can be used to represent spaces wich are enclosed by walls but do not behave like a building e.g. bus stop shelters, shading structures... |
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