MODULE 5 (part 1) - Thin-walled Pressure Vessel

[@mr.eagerneer2093]

During this pandemic, I almost forgot that "the beauty of mathematics and science" is the reason why I chose engineering. I've been thinking of giving up on learning but because of you I got my passion back in learning math and science. So, thank you, Sir.🥰

[@introversion8705]

Magaling na mag turo, pogi pa! Salamat po engineer

[@oreobetty6411]

ang galing nyo po magturo sir! ang dali pong sundan, salamat po!

[@kathleenchico2911]

sir, thank you po talaga sa inyo!! actually, sa vids nyo na lang po ako nagrerely since masyadong mabilis ang pagtuturo samin :(((

[@peterpahugot9352]

salamat sir naka answer kos ako midterm tungod nimo hehe

[@crocoloco54]

sir thankyou po ang galing po ng explanation nyo po

[@kalppatel5705]

Which language are you speaking

[@Tom-yo3jf]

Thank you sir

[@rivelynmartinez7602]

Sir, thank you so much.

[@jmartube5956]

paano po isolve kapag ang hanapin ay tangential stress at diameter pero ang given lang ay height at wall thickness?

[@bhrixsale8997]

Good day po. Ano po ba yung nag-aact na internal pressure sa tangential? Maximum o minimum?

[@jyaraurmatam8620]

Thank you po.

[@johnmichaelmanga6919]

idol thank you

[@crisjohnllagoso8052]

May biaxial at triaxial po ba kayo sir na sample?

[@ravenguirao9081]

sir ano pinagkaiba ng A= (pi.)(d)(t) sa A = (pi.)(D^2 - d^2)/4

[@EngrHLDC]

Ung (pi)Dt is approximate, while ung isa is exact

[@arcusyt9749]

@@EngrHLDC sir, pano po malalaman kung ano po gagamitin sa dalawa?

[@EngrHLDC]

@@arcusyt9749 For simplicity, use the established formula for area as (pi)Dt

[@icaneatapackofchipswithout3488]

sir, mahal na po ata kita

[@cosmosatrosanguineus3171]

hoyyy ako din HAHAHAHA