- 146
- 515 931
siR EdGAr CRuz
Philippines
Приєднався 4 чер 2017
PROFESSOR | CIVIL ENGINEER | BUSINESSMAN | BADMINTON ADDICT | FAMILY MAN
Mapua University Manila
Mapua University Manila
Відео
SM2F6 ECCENTRIC WELDED CONNECTION - SAMPLE PROBLEM 5
Переглядів 6 тис.3 роки тому
SM2F6 ECCENTRIC WELDED CONNECTION - SAMPLE PROBLEM 5
SM2F5 ECCENTRIC WELDED CONNECTION - SAMPLE PROBLEM 4
Переглядів 11 тис.3 роки тому
SM2F5 ECCENTRIC WELDED CONNECTION - SAMPLE PROBLEM 4
STM3B1 TIMBER DESIGN - INTRODUCTION
Переглядів 2,1 тис.3 роки тому
STM3B1 TIMBER DESIGN - INTRODUCTION
STM3A5 DEFLECTION ON BEAMS - FLEXURAL MEMBERS
Переглядів 2,4 тис.3 роки тому
STM3A5 DEFLECTION ON BEAMS - FLEXURAL MEMBERS
STM3A1 PLASTIC MOMENT & PLASTIC MODULUS - FLEXURAL MEMBERS
Переглядів 3,4 тис.3 роки тому
STM3A1 PLASTIC MOMENT & PLASTIC MODULUS - FLEXURAL MEMBERS
STM3A2 COMPACTNESS OF SECTIONS - FLEXURAL MEMBERS
Переглядів 2,7 тис.3 роки тому
STM3A2 COMPACTNESS OF SECTIONS - FLEXURAL MEMBERS
STM3A4 SHEAR ON BEAMS - FLEXURAL MEMBERS
Переглядів 6 тис.3 роки тому
STM3A4 SHEAR ON BEAMS - FLEXURAL MEMBERS
STM3A3 CALCULATION OF NOMINAL MOMENT STRENGTH, Mn - FLEXURAL MEMBERS
Переглядів 3,5 тис.3 роки тому
STM3A3 CALCULATION OF NOMINAL MOMENT STRENGTH, Mn - FLEXURAL MEMBERS
STM2A4 COMPRESSION MEMBERS - SAMPLE PROBLEM 3
Переглядів 2,4 тис.3 роки тому
STM2A4 COMPRESSION MEMBERS - SAMPLE PROBLEM 3
STM2A6 COMPRESSION MEMBERS - SAMPLE PROBLEM 5
Переглядів 9 тис.3 роки тому
STM2A6 COMPRESSION MEMBERS - SAMPLE PROBLEM 5
STM2A7 COMPRESSION MEMBERS - SAMPLE PROBLEM 7
Переглядів 2,2 тис.3 роки тому
STM2A7 COMPRESSION MEMBERS - SAMPLE PROBLEM 7
STM2A5 COMPRESSION MEMBERS - SAMPLE PROBLEM 4
Переглядів 2,1 тис.3 роки тому
STM2A5 COMPRESSION MEMBERS - SAMPLE PROBLEM 4
STM2A1 COMPRESSION MEMBERS - CONCEPTS & PRINCIPLES
Переглядів 3,5 тис.3 роки тому
STM2A1 COMPRESSION MEMBERS - CONCEPTS & PRINCIPLES
STM2A9 COMPRESSION MEMBERS - END CONDITIONS OF COLUMN IN FRAMES
Переглядів 7 тис.3 роки тому
STM2A9 COMPRESSION MEMBERS - END CONDITIONS OF COLUMN IN FRAMES
STM2A8 COMPRESSION MEMBERS - SAMPLE PROBLEM 8
Переглядів 1,9 тис.3 роки тому
STM2A8 COMPRESSION MEMBERS - SAMPLE PROBLEM 8
STM2A3 COMPRESSION MEMBERS SAMPLE PROBLEM 2
Переглядів 2,8 тис.3 роки тому
STM2A3 COMPRESSION MEMBERS SAMPLE PROBLEM 2
STM2A2 COMPRESSION MEMBERS - SAMPLE PROBLEM 1
Переглядів 4,1 тис.3 роки тому
STM2A2 COMPRESSION MEMBERS - SAMPLE PROBLEM 1
STM1C6 TENSION MEMBERS GSY & NSF SP5
Переглядів 1,2 тис.3 роки тому
STM1C6 TENSION MEMBERS GSY & NSF SP5
STM1C5 TENSION MEMBERS GSY & NSF SP4
Переглядів 1,4 тис.3 роки тому
STM1C5 TENSION MEMBERS GSY & NSF SP4
SM2A2 COLUMN BASE PLATE - SAMPLE PROBLEM 9
Переглядів 4,4 тис.3 роки тому
SM2A2 COLUMN BASE PLATE - SAMPLE PROBLEM 9
SM2D3 BEAM COLUMNS - SAMPLE PROBLEM 3
Переглядів 4 тис.3 роки тому
SM2D3 BEAM COLUMNS - SAMPLE PROBLEM 3
SM2F2 ECCENTRIC BOLTED CONNECTION - SAMPLE PROBLEM 1
Переглядів 6 тис.3 роки тому
SM2F2 ECCENTRIC BOLTED CONNECTION - SAMPLE PROBLEM 1
SM2B3 BEAM BEARING PLATE - ANALYSIS PROBLEM
Переглядів 3 тис.3 роки тому
SM2B3 BEAM BEARING PLATE - ANALYSIS PROBLEM
San ka nagtururo di naman nakikita
Thanks for the video! Why did you not choose a design strength of 155.5 kN at the end due to the shear on bolts being smaller than both the tension member and gusset plate strength?
bat po naging 0.7 yung sa ky at bat na divide sa 2 yung 10k
can you show the calculation for Mn po, hindi po ata 49.1815 knm yan
Ang angas naman to mag turo, sana ganito ung prof namin nung college pa ako 🥹 thanks a lot sir ❤ clear explanation talaga 😮
Thanks ser!
The AISC specification allows for certain conditions where Tau_b can be taken to 1.0 But i did not see you use Tau b .. why ?
P=1.4DL
Dr , why we chosed 8/9 exactly ? Not any other number
Thank u po sir. Nakatulong po ng sobra sa midterm exam namin
bakit po 1.32 ang value ng cb
it is indicated in nscp
It is a factor in which the loading is concentrated load acting on the midspan tapos it is a simply supported beam therefore the Cb = 1.32
Question lang po, paano ma determine ang possible uniform live load to be added if safe or adequate ang section?
Sir pano po nakuha ang Lr? At ang J po?
Thank you
Hello po. In terms of getting Mny, saan po galing ang 1.6? Thank you
Thank you sir
Thanks
thanjk you sir!
Thanks i was really struggling to learn this
Hello Dear Sir thanks from your papered structure design information that you provided
الحمد للە it was very helpful thanks ❤😊
bakit po naging 240 yung pin load ?
May point deadload sya so may multiplier na 1.2
Engr Hindi poh ba yung value natin sa W to get the actual deflection is equals to service (Wdl+Wll+Wbeam=15.457kn/m)?
As per the problem, deflection due liveload only is considered. :D
Engr. meron po ba kayong sample na given ang allowable weld shear stress and solve for P?
Hello sir I think makakatulong kayo sa engineering students when naka create kayo ng playlists
Good day, Sir! I'm taking Principle of Steel Design right now and I find your videos really helpful! Ask ko lang po sir, sa given po is AXIAL SERVICE LOAD yung nakaindicate then sa solution po is yung loads po is naka-factor. May I know po why?
thanks for ticking with English for the most part. Great explanation
ty sir <3
awesome work!
ang galing
Expected ko talaga yung footbridge sa Zamboanga as example 😂 nice one sir😂
Dear sir please Provide English Version video
sir di po ba FLB ang maggogovern na failure?
Yes because the section W14x90 is non-compact (flange)
Sana po makita yung explanation sir😢
we need more videos
ano po gawin sir kung may eccentricity tas end moments? iadd ko lang ba yung moment na maproduce ng axial load tsaka factored load sa end moments?
sir anong section po yan sa nscp?
thank you! ive been looking for this on how to read the alignment charts 😅
Ang 50 palang sa 350 morr than 1 meters na ano pa kaya ang 300 sir
Mapuan po
Thank you so much Sir, of your very clear explanation and illustration. Much knowledge I learned from your UA-cam channel. Stay safe always and God bless…
english please.
its in english
Well presented Sir.
its really help me , thanks
Pls make a video on analysis of 3 bay frame with middle bay braced
Excellent and very relevant practical problem we face in construction… accept congratulations for the great video from India 🇮🇳
sir question po, dpo ba ung Solved B should always be equal or greater than the Flange width? kaya sa nasolve pong B is less than Bf iaadopt po ung Bf?
up!
up sir need po right now!
sir correction po sa Web Yielding, 1057.1 KN po ata ung Ru
yes, thank you for that correction! :D
Dami kong natutunan sir God bless po thanks much!
Sir pano po nakuha yung Mu. Ang nakukuha ko pong Mu =1557.333
Sir di po nakikita yong in explain nyo po 🥺
Basaqay aw xwayaw bmmm baxwa pyawiiii 🥹🥹