Тёмный

Shrinkage and Expansion of Mass Timber Framing (influence of moisture) | 2 Min Tues 11.17.20 

Mass Timber How To's
Подписаться 4 тыс.
Просмотров 956
50% 1

Wood is a hygroscopic material - it will absorb moisture or give off moisture as it acclimates to its surrounding climatic conditions. As it does this, its cross-grain dimensions will change. Moisture absorption causes material expansion while moisture decrease causes materials shrinkage.
When it comes to mass timber, understanding how, when and why this material movement occurs is key to understanding how to detail to avoid it. During this week's Two Minute Tuesday, the focus is on two particular types of connections in mass timber buildings: beam/column connections and panel to panel connections, and how we as design professionals can detail these conditions to minimize the cumulative effects of shrinkage and expansion.
👇 SUBSCRIBE TO THE MASS TIMBER HOW TO'S RU-vid CHANNEL 👇
/ @masstimberhowtos
►Let's connect on LinkedIn: / ricky-mclain-pe-se-261...
Ricky McLain is a structural engineer and mass timber specialist at WoodWorks. This video and this channel are based purely on Ricky's own observations, experiences and opinions and do not necessarily reflect the opinion nor beliefs of WoodWorks.
#structuralengineering #architecture #masstimber #woodandmoisture

Опубликовано:

 

2 окт 2024

Поделиться:

Ссылка:

Скачать:

Готовим ссылку...

Добавить в:

Мой плейлист
Посмотреть позже
Комментарии : 3   
Далее
5 things about wood that you might knot know.
13:04
Просмотров 272 тыс.
🦊🔥
00:16
Просмотров 308 тыс.
Mass Timber in Affordable Housing: Does it Pencil?
12:10
Mortise & Tenon: Learning to Timber Frame In Five Days
18:33
Inside America's mass timber movement
7:14
Просмотров 383 тыс.
Effects of Moisture and Shrinkage of Wood
30:28
Просмотров 3,2 тыс.
Can You Use Green Wood In Timber Framing? - Part 1
14:37
Selling My Logs: Softwood Log Specifications
11:41
Просмотров 1,8 тыс.
Sealing the Ends of Logs and Lumber - Ask Matt 20
9:00
🦊🔥
00:16
Просмотров 308 тыс.