I really like how easy you made it to understand

Love your videos! Clear and concise explanation <3 This helped me a lot

mantap pak abu

Thank you doctor....

Very helpful! Thanks for the videos!

This is so useful thankyou !!

Excellent. Thank you.

can this use for concrete?

Your book 📚 are best 😍 after seeing your book I can't control self to read that ❤ simple , and clear thanq so much for providing this to us 👏

I actually used this for porous asphalt can you help me sir

U made a mistake w dry- w saturated is wrong. See the picture down of it

Is this considered total porosity of core or effective porosity of core?

psi, lbf/in^2

So whenever we drill a well in a reservoir the flow becomes radial right?

Thanks!

thank you

awesome, keep going

Hello, do you know solution for this one The fluid displacement technique is used to find the porosity of a certain core sample. The sample is first coated with paraffin (density of 0.9 g/cm3) and submerged in a beaker filled with water (density 1 g/cm3), where the volume of water before and after submerging the sample is recorded. Then, the paraffin is removed, the sample is saturated with water and then weighed. The following information is given for the sample: - Dry weight of the core = 140.2 g - Weight of the core with paraffin = 145.6 g - Initial volume in the beaker = 242.5 cm3 - Final volume in the beaker = 318.0 cm3 - Weight of the core saturated with water = 156.8 g Bulk volume Porosity Density matrix Pore volume Thank you I. Advance

what is the name of the vacuum equipment?

Perfect explanation ❤❤

This video i cant hear the sound... So poor

شرح رائع ، لا تحرمونا من المزيد

Hello buddy, do you know if I need to gently wipe the material's surface to remove excess of water?

amazing

🔥🔥🔥🔥

Best video I have ever seen relating flow through various beddings. Thanks also for sharing your notes that are on point in terms of explanation and illustration.

quality content

very beautiful

What software did you use to make these animations?

What software did you use to make these animations

Excellent explanation thank you so much

helps so much, thank you sir

Shouldn't Vm and Vb have same parameters - same length and same diameter?

Amazing videos but we need all chapters thanx so much

👌

👌

Bro do u he d answers for the fundamental of reservoir rock properties 2nd edition ? I would really appreciate if u could send me d answers

Thanks for the demonstration. Nevertheless for pratical representaion we should considere the entire spherical particules (as found in nature). Thus the total cubic volume will be (4r)^3 = 64r^3 , from which we subtract 8 spheres (in the 3D dimensions representation) of a total of volume 8.(3/4).π.r^3. Finally we caculate 64r^3 minus 8.(3/4).π.r^3 and we get the same result : π/6

❤️

Really helpful. Thank you so much

niiice

Thank you It is the best explanation

Plzz brother make more vedios ♥️

Do you have any knowledge about about Day's apparatus to estimate porosity of grain sample if you know then please reply because I didn't find it on Google

Thank you❤

Thank you So helpful

How to calculate vt

informative video

Keep going! I got supplemnetary for my petrophysics class from this chanel. Thank you very much. Can't wait for the next video

Amazing Animations