Well, friend, the ratio of making concrete hollow blocks with a strength of 500 to 750 PSI can vary depending on the specific mix design and materials used. It's important to follow a recipe that includes the right proportions of cement, sand, gravel, and water to achieve the desired strength. Remember, each ingredient plays a crucial role in creating a sturdy and reliable hollow block. Just mix with care and attention, and your blocks will be strong and dependable.
by using the universal testing machine, you can get the actual max load needed to fracture the hollow block and by using the formula, Compressive strength =load(lb)/Areaofcrosssection(in2) u can get the psi rating..
1 bar is 14.5 PSI so it would be 11.6 PSI
3000 psi. with 3/4 rock should do it . but you could go higher psi which would be over kill.
That depends on the hardness (durometer) of the rubber. It can be quite low and range from 100 psi to over 1000 psi. If it is very thin, then since it is nearly incompressible (poisson ratio approaches 0.5) then the modulus increases to a much higher value, depending on thickness , and can vary from 1000 psi to 10000 psi in general, and approach over 300,000 psi in the limit. You need to know the dimensions and durometer.
Well, friend, the ratio of making concrete hollow blocks with a strength of 500 to 750 PSI can vary depending on the specific mix design and materials used. It's important to follow a recipe that includes the right proportions of cement, sand, gravel, and water to achieve the desired strength. Remember, each ingredient plays a crucial role in creating a sturdy and reliable hollow block. Just mix with care and attention, and your blocks will be strong and dependable.
by using the universal testing machine, you can get the actual max load needed to fracture the hollow block and by using the formula, Compressive strength =load(lb)/Areaofcrosssection(in2) u can get the psi rating..
40 psi plus or minus 5
10 psi minimum, 30 psi would be better.10 psi minimum, 30 psi would be better.
You would need to check the PSI level. This will determine how much refrigerant you have in your system. You can get a Pressure chart on the link below. It will tell you what the PSI should be at the Current Ambient temp.
If you're a member of Kappa Alpha Psi you'll know what this question means.
I don't know for sure but, I would guess that the smaller footprint requires a higher pressure to support an equivalent amount of weight as the larger tire.
You can't convert between units of pressure and units of force (or mass).
1 bar is 14.5 PSI so it would be 11.6 PSI
Oh, dude, 2.4 bar is like around 34.8 psi. But hey, who's really counting, right? Just know that if you need to pump up your tires or impress someone with your random knowledge of pressure conversions, you've got it in the bag.
The total pressure at sea level is approximately 14.7 psi (standard atmospheric pressure). With a boost of 8 psi from the turbocharger, the total pressure being fed into the engine would be 22.7 psi (14.7 psi + 8 psi).
Minimum of 15 psi at idle when warm, 30 would be better.Should go over 40 psi at 2000 rpm.Minimum of 15 psi at idle when warm, 30 would be better.Should go over 40 psi at 2000 rpm.