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Really waiting for your next video
a video about design of retaining wall please
дуже цікаво
Thank you very much for the wonderful video! I truly appreciate the effort and creativity you put into it. 👏👏👏
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Great please 2 way slab
Man, you deserve all the support in the world!
Great work. This channel should have videos about Bridges
Neat illustration , we need a two-way slab video ❤❤
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Two way slabs video
Coherent, fulfilled, and easy approach. Thank you for the amazing video
Nice video
Amazing video 👏👏👏
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Man you are amazing. Please make videos on shortcut methods of design, like the thumb rules to check the design for simplifying equations. Sometimes, we dont have enough time to design manually the whole structures and because we have a lot of structures to be design in a consulting firm in a short span of time so we mostly trust software results because if we come to check every single beam and column then it will take a lot of time. So, I think there have been some shortcut formulas and tricks whom we check the design. Like the stress formula Strength = My/I to check stresses in foundation. Or there might be some quick methods to design short structures manualy rather than on software. using Aisc code
Thanks for your Video sharing!
Buen video ! Sumo otro. kzread.info/dash/bejne/f3V9l5iCgq7PZc4.htmlsi=LSpcrXPzUPvdNBt2
Excellent basics. If you show some videos by applying this concepts in real projects for different cases. It would be more helpful fir us.
Hi, please I am confused about the in-plane and out of plane moments the bolts are subjected to in different scenarios which you explained.
At 3:05 for horizontal calculations, why divide 14.2 ft by 12 ft? Aren't we supposed to SW with 12 ft only?
The self weight should account for the total length of the stringer but applied along the projected length in the horizontal plane method. Otherwise we would be underestimating the weight of the stringer. Thank you for watching
Always informative and helpful
Thank you very much for your sharing, I'm looking to see more VDO in stair load calculation, Analysis and Design in AISC. 🙏🙏🙏
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Example problem video please
Glad you found this helpful. You can find the video here where I showed how to setup an Excel sheet to solve an example problem: kzread.info/dash/bejne/nmyW3KOGl7TOqbA.htmlsi=wcogxTBmBqUyouNo
😳 "promosm"
Thank you for your wonderful information ❤
Thanks for your sharing!
Thanks for your sharing!
thanks!!
This is a great video, thank you so much for the helpful diagrams. I'm looking forward to your videos on eccentric connections
I am glad you found it helpful. I have a video on eccentric connections here: kzread.info/dash/bejne/eYx2qcSOf9Danbw.htmlsi=RCPW0VQb4j69JZ_S
Odd that Roman bridges still exist!
Of course the answer is how the arch is integrated with design features such as nature - West Virginia’s arch over the New River Gorge, or the Roman aqueducts across valleys , man-made equivalents like the Medieval churches in Europe. This is why I became an engineer to solve problems.
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Thanks for your sharing! Can you make the video about steel staircase load calculation and design please. 🙏🙏🙏
Thank you for this video. Please do Eurocode standards have provisions for beams with web openings?
Hi, the eurocode does not specifically tackle the topic of castellated and cellular beams. However you can use the same principles shown in this video to determine the local forces in the net section and web posts. Afterwards you can use the provisions of eurocode 3 Part 1-1 for calculation of shear, compressive, tensile, and bending strength.
Thank you@@FrameMindsEngineering
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Comprehensive explanation, waiting for the example
Glad you found this helpful. You can find the example here: kzread.info/dash/bejne/nmyW3KOGl7TOqbA.htmlsi=wcogxTBmBqUyouNo
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Could you make videos on SAP2000, for design of steel structure? THANK YOU!