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Michelle Sabick
Добавлен 22 июн 2014
Axial deformation Problem 9-71
Solution to problem 9-71, siimple axial deformation problem with stress concentration factor
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Видео
Shear and bending moment diagram example (hard one)
Просмотров 9348 лет назад
Solution to problem 11-23, shear and bending moment diagram with variable distributed load
Axial deformation due to change in temperature 9-59
Просмотров 3348 лет назад
Solution to problem 9-59
Angle of Twist Complicated Problem Statistically Indeterminate Torque Loaded Members
Просмотров 18 тыс.8 лет назад
Angle of Twist Complicated Problem Statistically Indeterminate Torque Loaded Members
Axial Deformation & Thermal Expansion Quiz10
Просмотров 3,8 тыс.8 лет назад
Axial Deformation & Thermal Expansion Quiz10
Temperature & Axial Deformation Old Exam Problem
Просмотров 4,5 тыс.8 лет назад
Temperature & Axial Deformation Old Exam Problem
Mechanical Properties of Materials Old Exam Question
Просмотров 1,4 тыс.8 лет назад
Mechanical Properties of Materials Old Exam Question
Moment of Inertia of a Composite Body
Просмотров 2,5 тыс.8 лет назад
Calculation of moment of inertia of a composite body
you are specifying a direction opposite to Ta but writing +Ta for fuck sake
he is actually specifying a similar direction but referring to it as opposite direction. both of them are counterclockwise
Name of the book ?
AA or AB= pi r^2? other answer said ===> p(dia)^2/4
they're the same, both are correct
Hello. Did you take concavity into account when doing this question?
ruclips.net/video/1pegU4HPTJ0/видео.html
ruclips.net/video/1pegU4HPTJ0/видео.html
ruclips.net/video/1pegU4HPTJ0/видео.html
Why did you use T = V/A for part 3 if it is in double shear? I thought that equation would be T = V/2A? Thanks so much, this video is super helpful
Ohh is it because you already found the new value of V=7.5?
Your Ta and Tac are in the same direction? I thought they were supposed to be opposite?
Thankyou so much ❤️
this is one of the easier examples out there
Don’t we have to *10^3 at 4:45
Simple. Concise. Well done.
thank you very much for this video it helped me a lot. i hope you continue uploading more videos because you've explained it clearly and easily.
Hi, could you tell me please the name of the book?
how bout the two 2 kips in the BC section?
Excellent
book Rc hibblar sternght of materail chapter#4 Exp 93 slovtion send for me vedio edition 10
how can i include the mass of the bodies, in case they are different?
Thanks
How did u get those .0125m?
The one u used for getting the area
@@reyesandrea8588 In the problem, diamater of each pin were given. Since they're in mm(millimeters), we need to convert them into meters. Then he used radius to find the area instead of diameter, so the converted diameter in meter was divided by two, because a radius is half of a diameter. You can still find the are using diameter, but you have to use a slightly different formula for it. Like, A = (pi(D)^2)/4.
Units are supposed to be N.m not N!!!
Is it always be 1/3 to find the center point for the moment?
Yes
Hi! I 'm just wondering, how could us creat a shear forces diagram and banding moment diagram related to this calculation . I would appreciate your help many thanks.
what about torsion at D
finally,THANK YOU! i spent the whole day looking for this.
Why 4.5 x 2 in 2:25
Because the load is placed in the center of the triangle (found at 1:15). Then the moment of around B for W is the force x distance (which is 2)
Why you multiply the diameter with 10^-3? the given in your example was in millimeter? I was thinking that 50mm was converted in mm. I was confused help me. :<
To get an answer in Pascals, the units need to be in Newtons per meter squared. 50*10^-3 is 50mm expressed in meters.
what textbook is this question from?
it was so had but become easy when you explain it nicely thnk you.
Would the reactions at both ends always be going in the same direction or no?
hey could you please explain how to find P if it is not given ?
Awesome ...Name of the book?
why pi/4????? please explain this for a thumbs up
Junno Martinez the area is pi times radius square if you are using diameter u gonna have to divide by two 2 square is pi/r times diameter square
fatima ezzahra hilal Thank you my friend. I was confused but now I see why lol good video
Junno Martinez anytime my friend
When finding the moment across A, what did you use to define the positive direction? Did you say that moments going clockwise are negative, and why?
By definition, moments are defined as positive when they are counterclockwise and negative when they are clockwise.
thank you ....... you're my hero ........ (:
why can we assume that Delta total is equal to .1 millimeters? What if the expansion of rod CD doesn't go that far?
+Ameer Khan There is a chance that the total delta would be less than 0.1 mm, so you should always check that is would have been greater than 0.1 mm for the temperature change only. As long as that is true, we are good