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เข้าร่วมเมื่อ 27 มิ.ย. 2020
Design of prestressed concrete slab bridge (Part-2) as per IRC 6, IRC 112 & IS 1343
Design of prestressed concrete slab bridge (Part-2) as per IRC 6, IRC 112 & IS 1343
มุมมอง: 11
วีดีโอ
Design of prestressed concrete slab bridge (Part-1) as per IRC 6, IRC 112 & IS 1343
มุมมอง 3414 ชั่วโมงที่ผ่านมา
Design of prestressed concrete slab bridge (Part-1) as per IRC 6, IRC 112 & IS 1343
LIVE LOAD BENDING MOMENT CALCULATION FOR SLAB CULVERT | CLASS AA(WHEELED,TRACKED)& CLASS A VEHICLE
มุมมอง 6K2 ปีที่แล้ว
For full design refer to th-cam.com/video/1Duo236fMzM/w-d-xo.html
DESIGN PROBLEM ON SINGLY REINFORCED SIMPLY SUPPORTED BEAM FOR FLEXURE (BENDING) & SHEAR
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DESIGN OF RCC T BEAM SLAB BRIDGE (PART-4 )
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Link for DESIGN OF T BEAM SLAB BRIDGE (PART-1) : th-cam.com/video/xqYq1MCzdek/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-2) : th-cam.com/video/13YfoAXu2A8/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-3) : th-cam.com/video/1FHI2iIv_N4/w-d-xo.html Please refer the above link for better understanding.
DESIGN OF RCC T BEAM SLAB BRIDGE (PART-3)
มุมมอง 8K3 ปีที่แล้ว
Link for DESIGN OF T BEAM SLAB BRIDGE (PART-1) : th-cam.com/video/xqYq1MCzdek/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-2) : th-cam.com/video/13YfoAXu2A8/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-4) : th-cam.com/video/pqdyUjMrv4A/w-d-xo.html Please refer the above link for better understanding.
DESIGN OF RCC T BEAM SLAB BRIDGE (PART-2)
มุมมอง 7K3 ปีที่แล้ว
Link for DESIGN OF T BEAM SLAB BRIDGE (PART-1) : th-cam.com/video/xqYq1MCzdek/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-3) : th-cam.com/video/1FHI2iIv_N4/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-4) : th-cam.com/video/pqdyUjMrv4A/w-d-xo.html Please refer the above link for better understanding.
DESIGN OF RCC T BEAM SLAB BRIDGE (PART-1)
มุมมอง 29K3 ปีที่แล้ว
Link for DESIGN OF T BEAM SLAB BRIDGE (PART-2) : th-cam.com/video/13YfoAXu2A8/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-3) : th-cam.com/video/1FHI2iIv_N4/w-d-xo.html Link for DESIGN OF T BEAM SLAB BRIDGE (PART-4) : th-cam.com/video/pqdyUjMrv4A/w-d-xo.html Please refer the above links for better understanding.
DESIGN OF BOX CULVERT (PART-2) | Step by step easily explained
มุมมอง 10K3 ปีที่แล้ว
Please refer Design of box culvert (part-1) for complete problem th-cam.com/video/-jlPPRmRy4Y/w-d-xo.html
DESIGN OF SLAB CULVERT / SLAB BRIDGE | using IRC codes
มุมมอง 23K3 ปีที่แล้ว
DESIGN OF SLAB CULVERT / SLAB BRIDGE | using IRC codes
Excel-3:How to plot column graph in excel || 3D plot||How to change and edit legend name
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Excel-3:How to plot column graph in excel || 3D plot||How to change and edit legend name
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Excel-2:How to plot multi line graph in excel|| Legend and line formatting
Excel-1:How to plot a Simple graph in excel || adding axis title || Multi curves in a single graph
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Excel-1:How to plot a Simple graph in excel || adding axis title || Multi curves in a single graph
Gm
good
Thanks for video. Loved all 3 parts clearly understood 4th part cross girder not properly explained😢
Be was great 👍
❤
Madam , Your lecture on the this topic was good but you have not providing Haunch bar in this box culvert design and at one place you have choose 12.34 KN/Sqm , how ??
😌
Thanks alot for such wonderful vedio.
Thanks Alot ma'am for such wonderful vedio.
Could you please provide us design for slab of width 4.5m and effective span 0.90m which carries a fill of 0.8m earth and 0.3 thick road over the top.
How to calculate effective length of live load when the span is only 0.7m
how can i get full material for this course
In effective length of load calculation, Why take full depth for tracked and effective depth for wheel loads...😑😑no where mentioned in code as seperate for tracked and wheeled. If ur saying we SHOULD take effective depth for wheeled then for tracked also it needs to be same right.
I think beff calculation is not correct can you see it again and tell me
bearing will be 400 mm in class aa of tracked vehicle ?
29:49 12.54 value how???
Calculation mistake in calculating eccentricity for courbons mtd and Ra and Rb calculation is wrong
Please do you have a template for bridge design?
Your voice is not audible mam???
Starting it was taken as M20 concrete, then fck was taken as 25. (32min)
Mam please provide pdf 🙏
During calculation Of v apply moment equation you forget to multiple the perpendicular distance in 70 KN/m
please explain every basic concept because beginner is facing problem in understanding your video
Thank ma'am
Was explained by the way we call it awsome
Can u explain live load on the cross girder= 350(4-0.9)/4
It's all about how to calculate reaction
🙏
Thank you ma'am 🙏🙏🙏
Thanks maam
Mam why did you take impact factor as 1.25 it should be 0.25
Impact factor means increase in weight by 25 percent, so 0.25 means load increases by 1.25 times
Which exam u preparing, which course u studying?
BUENA EXPLICACION
Can you advise where I can find the standard you are using? Thank You.
thank you it is so grate
Eff span m 0.4/2 q liya ?
I need simple bridges nd culverts design .pls can you teach me ...I will pay
Pls give me ur contact mam....
Hi Ma'am I really appreciated your effort for this tutorial, In addition, kindly please do the same example but using ASSHTO-LRFD code. Thanks.
Aapki aawaj bahut kam sunai deti hai... and aap khudke mind mai he calculation karte ho.. uski vajah se aap konse value ke sath equation kar rahe ho wo jaldi pata nahi chalta.. make that simpler by marking that value during your equation.. it will be helpful for beginners..
Please remove the huge noise and re-upload the video.
Hello mam, pls make a videos on 5x3 box culvert and double cell & triple cell box type MNB design.pls it is a request.
5:32 How 'Ast' value 900 came, it's value is 8257mm2..please clarify this...
good but very slow.
29:43 how 12.54 kn/m^2 is came ,pls tell me
Which software you using for this??
Manually
Yeh konsi method meh kiye hou aap Lsm yaa wsm meh
Lsm
I couldn't understand your explanation of the Pigeaud curve table
I have question plz , in time 40:48 minute FEM = 35.27 how you get this number plz I understand until we get Bm =0.002 So plz can you explain how the number 35.27 come !!! Plzz answer me
By adding up all moment in DC 66.11-26.66-3.33-0.74-0.092-0.02-0.002 =35.27 And for the rest it follows the same..
Thanks for the best video ever , the pdf file’s in video we need it if that possible
mam .. plz how can i get thise pdf file that you have
Tq Ma'am
It is working stress method or limite state method?
Limit state
@@civitech6064 madam, Load on top slab and load on bottom slab not multiplyed with factors of safety (1.5)
can u please provide pdf of part 1