A Cup of Joe: Airtightness | Building Science Deconstructed

Building Science Deconstructed is a weekly discussion series by Dörken Systems Inc. featuring some of the industry's most sought-after building science experts. In this episode of A Cup of Joe, Joe Lstiburek reflects on his experience establishing airtightness standards and reviews how tight building enclosures should be.
About Lstiburek:
Dr. Joe Lstiburek is the founding principal of Building Science Corporation, one of the most influential, innovative, and respected building science firms in North America. Dr. Lstiburek’s work ranges widely, from providing expert witness testimony to overseeing research and development projects, to writing for the ASHRAE Journal. His commitment to advancing the building industry has had a lasting impact on building codes and practices throughout the world, particularly in the areas of air barriers, vapor barriers, and vented and unvented roof assemblies. His commitment to education earned him the hailing, "the dean of North American building science" by the Wall Street Journal. Dr. Lstiburek holds a Bachelor of Applied Science in Mechanical Engineering, a Master of Engineering in Civil Engineering, and a Doctor of Philosophy (Ph.D.) in Building Science. Get the full scope of Dr. Lstiburek’s work, accolades, and contributions to the industry over at Building Science Corporation.
www.buildingscience.com
www.dorken.com

[@gordondawson8576]

Greetings from across the pond. I congratulate and thank all involved in the creation of these “around the campfire” pearls of wisdom.

[@sluggo182]

THIS IS AMAZING INFORMATION! I am so glad I found this channel!

[@wally6193]

Joe, you need to record with a higher sound level, thanks.

[@brainfreeze1925]

I enjoy Joe's blunt talk. Thanks for the video.

[@robertocorradi7571]

Big thumbs up again . . . Thank you Joe .

[@chuckmurphy9500]

Joe: Can you form a basement footing on grade with 18" form boards and line the inside with a water barrier to stop capillary wicking ?

[@betsydonato6817]

A 30 square 7 ft box out Gable End roof with furnace and chimney pressurized return interior tongue and groove gusset, could incorporate a two foot parapet and landing on both sides 4 ft in from both rake ends to a greenhouse installment with Leuvers. The vortec turbine gutter roof design gives indoor plumbing it's final destination of perpetual hydro electronic automation through the sprinkler system double 5/8 water closet, incorporated dumb waiter, and the outside spicket at 90 psi. Supplying a rain barrel catch of highly rich Bentonite soil run off to a delta water shed area mineralization. Of coarse I think a 15 gauge Carlyle rubber roof would have to carpet the attic, and up the walls, where the water could pitch to the sump differential...based on those physics, in my opinion.

[@doddgarger6806]

Sound science I'll take 3 of em eh

[@red03golf]

10:35 "one is the lonely number" -Joe Lstiburek "one is the loneliest number" -Three Dog Night

[@hickorydragon8114]

Louder please