Basics of Structural Design Load Calculations | One-Way Vs Two-Way Slab

Learn the basics of load and its load path, what are the considerations in assigning loads in a structure, and the load calculation procedure necessary at the start of Structural Design.
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[@sharmakeabdullahicisman4396]

Thanks sir this lesson is very impprtant Please more lessons about structure Like beams to transver to column and then column to transver to foundation Foundation to transver to the soil All elements bs8110 british code please help me all elements design and analysis and detailing

[@aqoonyahan4059]

jaamacadeed dhigataa sharmaarkaw

[@MasimtembeJojwana-p4u]

Can you please help.

[@BrandoDennis]

Music was way to loud, hard to hear actual commentary. I didnt click on the vid to hear blasted elevator music.

[@rubenholterman7993]

please turn that music sound low next time

[@niinuetey9878]

What is the purpose of the music? Engineering videos need full concentration. This is not videos about pranks and fashion. If anything at all, it should be very soft low volume classical that aid concentration. Please stop adding music. We can do that on our own

[@alialawqati5430]

You need to revise the ratio L/S limits @minute 4:44. For one way slab, it should be L/S greater or equal to 2, and for two way slab L/S only less than 2. Otherwise, your example @5:03 isn’t accurate because section AB23 will be two way slab according to your definition. Great video though.

[@jowilkins3286]

His description is right, but the example is wrong. AB23 should be a two way slab I believe.

[@starboard9551]

I don't understand these types of videos. It's supposed to be for beginners except you have to already be an expert to know what they're talking about. If I already knew all the terminology and reference material than I wouldn't be watching the video in the first place. Who is this for exactly?

[@celestew8108]

Could you, would you, please ....upload a version without background music,,,, or dim the volumn of background music

[@sonofsun761]

very high volume music of background for such good content

[@azharnalbandh4029]

continue these lectures and make video for whole g+3 building calculation including cantilever slab, inverted Beam, sunken slab

[@husseinhajiyabarow4834]

Sir if all loads are taking from codes Why structural concrate become hard

[@xzytqweo3538]

Ok the music is too loud and distracting.

[@SirKombabomba]

Please the music is too loud and distracting. Lessons are good.Thanx

[@samueloforiamanfo1928]

Can you please give me detailed info on the calculations

[@ramoneromero848]

is good information however music to laod and narrative to fast

[@nicolasmarie4398]

Thanks.keep doing the good work.

[@aparemisaackawesi3161]

Teaching was too fast for a beginner

[@Eridan3766]

Great video can we kill the music

[@massimoazzano]

The music too soft please increase it

[@AkshayKumar-sc7ep]

Please explain how the soil resist these load transfer by foundation. I'm asking you to discuss soil mechanics.

[@TheStructuralWorld]

Sure will consider it.

[@kurdishwisdom7327]

Great vedio. Just please decrease the musics volume

[@TheStructuralWorld]

Noted

[@innovbrain]

Beautiful informative video. I'm an Architect but I'm interested in calculating structures so the next step is to calculate loads on columns by dividing the total DL and LL on slab trapezoidal and rectangular areas by 2 between each 2 columns. Then moves the next more complicated phase which is calculating shear and moment force then shear and moment stress then moment of inertia then deflection of beams then column buckling and insuring values are on factors and less than the maximum factor value. Can you make another video about column load calculation ? Thank you ❤

[@alialzahrani844]

A great video. Thank you very much

[@wawangarigithaiga7015]

Good one but work on the noice

[@emanuelmostoles8374]

how much steel required for a slab on grade 300 mm thick to carry a service load of 2.5 tons per square meters. thanks.

[@BINSALEM1]

broski lower the background music

[@mariowoodrowolleras4893]

Thank you for sharing this interesting engineering structural design…

[@artyhuston]

MUSIC 2 LOUD

[@elsabirhane233]

Next please..

[@mujahed5458]

To design a strip in both directions, I need to know the loads on each strip, this depends on the stiffness of the slab in both directions, and assuming that the amount of deformation at both strips must be equal, at that condition loads should be distributed in the correct form. Can you derive an equation to calculate the loads on each strip (note: the difference in slab stiffness depends on the length of the strip and the effect of strip continuity.?

[@akauppi2]

1:00 starts the music. It almost drains the speech. -1

[@murtazamuradi7533]

This video is wonderful thanks a lot sir

[@triumfdula8830]

Can anyone give an answer, making a horizontal roof with 5 x 30 cm wood boards (30 cm being vertically) would the boards in 5 meters length bend from it's own weight and snow ?

[@TheStructuralWorld]

You need design calculation for that bro.

[@1Shaysh]

Very good video , thanks 🙏🏼 Worth subscribing

[@thierrymarie7899]

The trapezoidal load is not the same throughout its length on the beam. The load gradually increased to reach its pack in its middle portion. Same for trapezoidal load. To get the Uniform Distributed Load (UDL) from a trapezoid, even a triangular load, I believe there is a formula. This is what I noted from studying with an engineer here. Interestingly you represented the trapezoidal load as a rectangular when you divide the total load by the length of the beam. Is this procedure ok for slab load calculation only??? Anyway thank you very much. Such explanation are really needed and I really appreciate the way you explain those hard to grasp stuff.

[@leticiasondaguiraudeli934]

Great video! Thank you for the help!!

[@صلاحمهنا-ف9ذ]

عربي ترجمة على الفيديو

[@kinovyphius]

Can we have a follow up video to this like Design of beams... like load design

[@TheStructuralWorld]

Thanks for the suggestion. Yeah, we will consider it soon.

[@DazzSpace]

Very informative. Thanks for sharing.

[@engineeruboho]

great tutorial. thank you very much.

[@wns1212]

Very informative

[@vinothkumarr2216]

Thanks for sharing

[@alligodfreyukuni]

Good presentation

[@blessedmukwekwezeke3044]

Really Informative

[@josephpinto8378]

I like it ❤

[@صلاحمهنا-ف9ذ]

خرسانة واحد

[@ruthmoges]

Thank you so much...

[@صلاحمهنا-ف9ذ]

ترجمة عربي

[@mirajulislam1465]

Good

[@kimmel3769]

Thanks

[@akon9819]

Great video

[@craigp9166]

𝐩яⓞ𝓂𝓞Ş𝐦 🤗

[@abhisheknayak05]

very nice. thanks.