You didn't lap the hub in againt the hub (or put oil n the tube as mentioned before). Great info though. It's good to know the correct direction of the outer hub.
The thermal conductivity of oil is about 0.13wm/k that of air is about 1.04wm/k . So oil would perform worse. Nearly 10 times worse but like your thinking process
Superb video, clear, concise and honest! Very well done. Rex is looking forward to seeing the finished project! 3:58
Glad you enjoyed it! When its finished we'll bring it round to meet George
looking good mate
Thanks 👍
Great wee video! 👍🏻
Glad you enjoyed it
Another Great video!
Glad you enjoyed it!
Very clear..thank you..
You’re welcome 😊
You didn't lap the hub in againt the hub (or put oil n the tube as mentioned before). Great info though. It's good to know the correct direction of the outer hub.
allways poor oil in the tube where the shock absorber goos in (for cooling, air does not conduct heat, caused by the shock absorber
The thermal conductivity of oil is about 0.13wm/k that of air is about 1.04wm/k . So oil would perform worse. Nearly 10 times worse but like your thinking process
@@ianj3663
Thermal conductivity
Air 0.02 W/mK
Oil 0.15 W/mK
Oil has 7.5 times better conductivity than air
You're right! I was confusing the thermal capacity of air with thermal conductivity. Sorry