 | 1 | initial version |
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Regards, Prethvi.
| | 3 | retagged |
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Regards, Prethvi.
| | 4 | retagged |
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Regards, Prethvi.
| | 5 | None |
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Regards, Prethvi.
| | 6 | retagged |
Hi, I'm trying to understand the PMV for a typical shoe box model of an office. Here during the spring the PMV drops around -4. But, most of standard graphs that has PMV doesn't have values less then -2.5 .
Can PMV exceed -2.5 theoretically or even practical scenario ?
Regards, Prethvi.
