Mechanics of Deformable Bodies Chapter 2 Strain Introduction Part 1 (PH)
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- Опубліковано 15 гру 2024
- Strength of Materials
Chapter 2 Strain
2.1 #IntroductionofStrain
2.2 #StressStrainDiagram
2.3 #AxiallyLoaded Bars #NormalAxial Strain
2.4 #Uniaxial, #Multiaxial, & #ShearStrain
2.5 #StaticallyIndeterminateProblems
2.6 #ThermalStresses
Credits:
1. Intro Template: • (FREE) 2D Square Intro...
2. Music:
2.1 Driven to Succes by Scott Holmes, Source: www.freemusicar...
2.2 Instrumental (Guitar) by Carl Ernest Tayag, check his channel: / @ninja35ful
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#StrengthofMaterials #MechanicsofDeformableBodies #CEBox #CivilEngineering #Engineering
CORRECTION about why we do Tensile Test for Steel Bar:
Steel is strong in both tension and compression, but it is particularly effective in tension. While steel remains strong under compression, its failure can be more complex. In compression, steel can yield (similar to its behavior in tension), but it can also buckle if the bar is long and slender. Since steel bars are often slender, they are more likely to buckle than yield under compression. On the other hand, short columns (non-slender members) cannot fail in compression through buckling, as they are more likely to fail by yielding instead. This is why steel bars are tested under tension, as it better reflects how they will perform in reinforced concrete.
Ako'y nagpapasalamat ng marami at nadaanan ko tong channel na to 🤗 from dlsu
Mas naeelaborate nyo po yung concept thank you poo
You're very welcome! :) Pashare na rin po sa mga friends and classmates po ninyo. :)
Thank you so much sir! tamang tama kaka discuss lang namin ng strain, hoping na meron rin kayo sa torsion :) from a student of CENTRAL PHILIPPINE UNIVERSITY
Maybe torsion will be uploaded next next week. :)
And shout out sa mga engg students ng Central Philippine University. :)
Sorry to be so offtopic but does someone know a tool to log back into an instagram account..?
I somehow lost the account password. I appreciate any help you can give me!
Thank you sir, ang linaw po talaga ng mga discussions ninyo❣
Thank you for the appreciation po. We're glad na nakatulong ang CE Box para sa inyo. God bless po! 😇
(Sorry for the very, very late reply as CE Box is very busy with his Master's Degree, Accreditation, Work Stuff, and Life. Thank you for understanding. Keep in touch with CE Box as we plan to do more video tutorials.)
very helpful vid po sir. thank you so much, dynamics of rigid bodies rin po sana na mga tutorial vids engr. maraming salamat po.
Negative pa tayo sa dynamics of rigid bodies e.
P.S. Sorry, naging abala sa work and masteral.
Meron po ba kayo ng mga save na drawing sir?
Yes po. Nasa google drive po. You may visit here po: drive.google.com/drive/folders/1KCeQisYdrl5kwE9HD1JGFXeuf5hHClWY?usp=sharing
(Sorry for the very, very late reply as CE Box is very busy with his Master's Degree, Accreditation, Work Stuff, and Life. Thank you for understanding. Keep in touch with CE Box as we plan to do more video tutorials.)
bat yung teacher ko pag nagtuturo parang inaantok. wala ako maintindihan huhu.. buti nalang nahanap kita sir!
Ah, hehehe ganun talaga siguro. Baka pagod si prof niyo hehehehe kaya inaantok siya hehehe
Anyway, so glad to hear na nakakatulong ang CE Box. :)
P.S. Sorry for the very late reply. Abala sa Masteral and work.
Good day po. May reference book po kayo?
❤️
Di ko magets. bakit sabi niyo mas matibay ang steel bar under compression kesa tensile. pero bakit sabi sa libro, prof ko, and other vid here sa YT na matibay ang steel bar or rebar sa tensil kaya nga yun yung ginagamit natin sa Reinforced Concrete kasi diba ang concrete is malakas sa compression pero mahina sa tensile kaya kailangan niya ng rebar or steel bar kasi ang steel bar is malakas sa tensile pero mahina sa compressive. pero bakit sabi niyo po ang steel bar or rebar is mahina ang tensil?? sana po masagot, maraming salamatttt
Hello! There different types of steel. Meron tayong mga steel column, steel bar, etc. So, other steel like steel column, na kapag maliit ang height, na tinatawag sometimes as short column ay kahit anong gawing compressive stress at sobrang tibay. For the steel bar naman, since ito ay mga slender members, ay ang kaya lang nilang icarry ay tensile stress, at kapag inapplyan natin ng compressive stress ang steel bar ay magbabuckle. So, it depends po sa bakal.
So, since ang steel bar ay magbabuckle kapag naapplyan ng compressive stress, kaya sa tensile test na lang ito chinecheck.
Nabalikan namin yung video namin. Icorrect namin siya, nabanggit pala namin is Steel Bar.
@@cebox maraming salamat po sirrr
@@ceboxokay po sir thank youuu po