 | 1 | initial version |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
| | 2 | retagged |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
| | 3 | retagged |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
| | 4 | retagged |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
| | 5 | retagged |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
| | 6 | retagged |
I know how to define the 'construction:internal source' for radiant cooling in E+, it's like a sandwich, layer 1 - cooling tube - layer 2. But what if the gap between cooling tubes are filled with a certain material, for instance, concrete? how to define this situation?
