excalibrax

New catchphrase for LMG staff "No, thanks!"

I was just breaking up laughing at how straight faced he stayed during the jerky. I love the new Luke 2.0, Evil Luke, dark bearded Luke. +10 on him doing more shows.

Yeah unfortunately this would put a lot of our partners in a kind of awkward position.  Probably not going to happen. 

Where's the show I missed it ><

If its still an issue and its facing down you could look into
3M Carbon Fiber DiNoc
 
It looks nice and comes in multiple colors, great for covering up things and even peels off with a heatgun.

If its still an issue and its facing down you could look into
3M Carbon Fiber DiNoc
 
It looks nice and comes in multiple colors, great for covering up things and even peels off with a heatgun.

Pressure in buildings Positive and NEgative
 
2nd article 
Negative Pressure:
 
Essentially the building is being put into a vacuum by the exhaust. The outside air is introduced uncontrolled through any cracks within the building structure. Cold drafts in the office, factory and warehouse spaces are then prevalent.  
aka air will be sucked in with too many fans being pointed outward adding to dust problems Assuming your water cooling or have fan filters this is what to avoid.
 
Positive Pressure: 
Positive pressures on the other hand need additional exhaust or a way of relieving the pressure. This mainly occurs when buildings are cooled with an outdoor air economizer or have 100% outside air units.
 
We create positive pressures in a building by installing a fresh air duct to the HVAC system or by properly installing a Heat Recovery Ventilator (HRV). Positive pressure controls ventilation into a building, and keeps air from being pulled in from undesirable locations.
Fresh air pressurizes a building as it's introduced into the return side of the system before the fan. The amount of return air is reduced by the amount of the fresh air. So if 10% fresh air is brought into the system, the fan can only pull 90% of the return air through the return ducting. The supply side still delivers 100% of its airflow. So, supply airflow exceeds return airflow in the building, leaving a positively pressurized building.
The amount of air required to pressurize a building will increase depending on how leaky the building envelope is. For adequate positive building pressure, some building pressurize with as little as 50 cfm of outside air per every 1000 square feet. Some buildings need as much as 300 CFM or more per 1,000 sq.ft.
Exhaust fans create a negative pressure in a building.
 
As he said you want more fans blowing in than out, Ideally you want mostly fans blowing in, with your outgoing fans placed near high temperature components or in the upper part of the case. This is because hot air rises and you want to remove hot air. So placing fans in the ceiling of the computer case or upper parts remove the naturally rising hot air, and exhaust near hot components increases airflow over them, 

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?

Am I the only one who has no clue what Youtube XL is?