CE Board Exam Review: Mohr's Circle

[@amrsbrgn]

Hello fellow Engineer! I passed the board exam last May 2019 and I'm planning to take Masters. Thank you for the lessons na pinost mo dito sa YT, super duper helpful! I hope maka discuss ka ng Strength of Materials and Steel & RC Design, soon 😊 thank you!

[@KippapEducation]

Congrats!! Coming soon na ang video about RC :)

[@maryjanealvero3844]

Napakahusay nyo po magturo. Salamat po bilis ko pong magets mga lesson nyo tyaka pwedeng balik balikan pagnakalimutan. Laking tulong po saming mga ng CE students.

[@KippapEducation]

Mary Jane Alvero thank you for this!! I’m glad nakakatulong ako sa inyo :)

[@chlorsantos4856]

Mas mabilis ko pong naintindihan yung lesson dahil po sa video na ito. Thank you.

[@DRCE777]

Exactly the explanation I was hoping for, Idol!

[@justinepalubon3775]

Galing Mag discuss ! Hope to see more videos Sir ! This Video really help me to understand more about mohr's circle.

[@KippapEducation]

Glad I could help! :)

[@zeyadyahya]

Thank you. This helps a lot.

[@EngrGay]

Thank you so much po. Ngayon nagegets ko na po.More sa Strength of Materials naman po, please. Lalo na po dun sa "conventional and true stress-strain diagrams for ductile materials" yung hahapin po ang permanent elongation. Thank you po ulit😍😊

[@krizzandraguinto7002]

moment distribution method

[@digifilesonlineshop3977]

thank you sir!

[@jelbertpelayo1409]

Ang galing ng explanation

[@KippapEducation]

Thank you! hahaha

[@merkrs]

uwuuu i'm an aspiring CE course taker for college this year and i'm looking for tutorials and videos abt it for startups and inspo,,, thank goodness napadpad ako dito hihi please continue this helpful deed of yours!

[@budz1981]

hi Engr. pwede po magsuggest ng topic? development length po sana, lumabas po kasi ung last nov2019. thank you Engr., God bless.

[@bernardoclaret378]

Hi engineer. May Tanong ako sa normal stress , diba Po 40 MPa - 14.288 MPa Yung normal stress Niya? , Which is 25.712 MPa?

[@charmainegomez1436]

Medyo mabilis po kayo magsalita

[@Benjamin10K]

How about biaxial stress given 2 points?

[@KippapEducation]

Those two points will automatically be sigma1 and sigma3 kasi purely axial lang sila. You would have the diameter na ng Mohr’s Circle.

[@Benjamin10K]

Can the two Ys be a different value? [Ex. (298, 136) and (184,-156)]

[@KippapEducation]

Miguel Garcia yup pwede. Hahanapin mo yung equation ng circle given those two points and with the location ng center being the x axis. Use distance formula to find the center.

[@Benjamin10K]

Alright. Arigathanks sir

[@KippapEducation]

C(215.386, 0) R = 159.126

[@費小笑]

Just want to know what are the hints that VQ/Ib should be used instead of Mc/I when "maximum stress" is asked.

[@nellvincervantes3223]

Shear stress yung VQ/Ib at bending stress naman po yung Mc/I

[@joyannesy2005]

Theory of Structures po sana for incoming ce third yr students, Godbless po!

[@KippapEducation]

Next video ko ay about beam deflections under theory :)

[@deltaomega9914]

Master... Pa request Naman po Ng topic.. Ang galing nyo po Kasi mag disscuss.. Hindi ko to maintindihan sa school namen po.. ung moment of inertia and radius of gyrations

[@KippapEducation]

Delta Omega yup sige isasali ko yan sa gagawin ko!

[@tutingrubena1584]

paano po yung MOI nito?

[@alexejcrescini263]

Pwede idiscuss ang table sa geo

[@KippapEducation]

Can you clarify kung anong table? Sieve analysis ba ito?

[@nellvincervantes6233]

Question master. Yung weight ba ng volume element ay palaging neglected sa mohr circle?

[@KippapEducation]

Yes neglected ang weight

[@nellvincervantes6233]

Ok thank you master.

[@reveenbas5848]

Question po, yung center po ba ay laging nasa x-axis, laging 0 yung y-intercept? Thank you po

[@KippapEducation]

Yes, yung center ay laging nasa x-axis pag Mohr’s Circle.