wala pa lods, but dito ko eupdate soon kzbin.info/www/bejne/sKHaZ6h6i953gLM

wala pa bro

I think hindi pwede, it's should be 16mm and up. Pero theoretically, you can use any size of rebar for the main rebar of beams, columns as per the requirement.

@@rhcengineering ganun po ba sir, nag fail po kasi ang design sa RCDC pag gamit 16mm pero pasado po pag 12mm ang ginamit. Baka po siguro sa steel to concrete ratio kaya po nag fail. Salamat po sir.

Hello sis, please check the community post. Thanks.

Hello bro, join ka lang sa community natin. Level 2 and up makaka access sa mga spreadsheets tools and portable tools na gingamit ko sa mga tutorial.

@@rhcengineering andun na po lahat ng spreadsheet engr?

DUPA?

pacheck lang bro sa community post, if hindi mo makita meaning it's for level 2 & 3 lang yun.

Thanks bro.

Posted na yan bro for level 2 and 3 members.

yes bro this is free for level 2 & 3 members

It's the summation of slab weight , beam and the superimposed dead load (floor finishes, tiles, etc.) in kN per sq m.

I will check bro

here bro drive.google.com/drive/folders/1rI9MPwAPK_1doK_1SV1-ztV5pdkGgvmx?usp=sharing

Watch mo lang po yung tutorial

Hello bro pacheck sa KZbin community natin. Thanks.

Hello lods, nasa KZbin community naka post na doon pero accessible lang for level 2 and 3.

Thanks.

oks lang yan bro

Naka private bro, para sa level 2 & 3 perks yun.

Depende yan sa size ng footing

oks bro, next time.

ah hindi na iton updated bro, next time einclude ko yan sa rhc engineering tools na update

check here bro kaso wala akong pang Staad. kzbin.info/door/7hl-P3v2owg0_PWiYYBkYgjoin

Nasa KZbin community na post ko na bro para sa members

Ano password at serial number ng app tools sir

yes. but recheck your model, commonly sa lower columns dapat ang mas madaming bakal. manual design mo nalang.

hahaha then this tutorial is not for you.

@@rhcengineering Ito yung sagot dun sa nagtanong sayo about sa 162 na constant na sabi kung panu nakuha. 162 is a constant derived from the conversion of units: 1 cubic foot of steel is approximately 490 pounds, and 1 cubic foot is equivalent to 12^2 = 144 square inches, so 490144 ≈ 3.4028 . Rounding for convenience, 3.4028 is often approximated as 3.2 or 3.25, and 3.25 * 50 = 162.5, which is commonly rounded down to 162 for simplicity. Next time galingan mu naman magbibigay Ka na lang ng tutorial yung naiintindihan naman sana at sana na sasagot mu ng maayos yung nagtatanong sayo. Tapos kapag may nag comment ng totoo butt hurt Ka.

Check mo bro baka may na missed kang parameters, and also the type ng structure.