Discuss the sensitivity of modulus to shear correction factor and span to depth ratio in a...

Discuss the sensitivity of modulus to shear correction factor and span to depth ratio in a short beam shear and flexure lab

Solutions

Expert Solution

The sensitivity of modulus to shear correction factor and span to depth ratio in a short beam shear are of great importance. The multilayered plate and shell finite element usually have a constant shear distribution across the thickness. This causes a decrease of accuracy, especially for a sandwich structure. This problem is overcome by using modulus and shear correction factors which are defined by energy consideration.

The behaviour of beam usually depends on its depth. A beam is considered as deep, if the depth span ratio is 0.5 or more. The appropriate span depth ratio is selected depending on end or edge conditions, steel and concrete stress and on whether a beam or slab is being designed. This approach gives satisfactory results in most cases. The span to depth ratio for some beams is as

Cantilever-7

Simply supported- 20

Continuous- 26.

samet mamat answered 1 year ago

Next > < Previous

Related Solutions

Explain the iteration procedure to obtain shear modulus and damping ratio in equivalent linear approximation with...

Explain the iteration procedure to obtain shear modulus and damping ratio in equivalent linear approximation with your own sketches.

Explain the iteration procedure to obtain shear modulus and damping ratio in equivalent linear approximation with...

Explain the iteration procedure to obtain shear modulus and damping ratio in equivalent linear approximation with your own sketches. please make it different from the answers on Chegg website

how to calculate shear modulus on solidworks

1). Define young’s modulus, shear modulus, and bulk modulus 2). Show a graph of variation of...

1). Define young’s modulus, shear modulus, and bulk modulus 2). Show a graph of variation of K.E., P.E., and mechanical energy with radius r for a satellite in a circular orbit 3). Describe Einstein’s view of the gravitation and curvature of space

shear modulus for a 3d object vs 2d

Discuss the inaccuracies in the tate equation and explain how a correction factor may be obtained...

Discuss the inaccuracies in the tate equation and explain how a correction factor may be obtained and applied?

How and why power factor correction (PFC)is applied in industry

Determine if the finite correction factor should be used. If so, use it in your calculations...

Determine if the finite correction factor should be used. If so, use it in your calculations when you find the probability. In a sample of 700 gas stations, the mean price for regular gasoline at the pump was $ 2.818 per gallon and the standard deviation was $0.008 per gallon. A random sample of size 60 is drawn from this population. What is the probability that the mean price per gallon is less than $2.816? The probability that the mean...

Determine if the finite correction factor should be used. If so, use it in your calculations...

Determine if the finite correction factor should be used. If so, use it in your calculations when you find the probability. In a sample of 900 gas stations, the mean price for regular gasoline at the pump was $ 2.873 per gallon and the standard deviation was $0.009 per gallon. A random sample of size 50 is drawn from this population. What is the probability that the mean price per gallon is less than $2.869? The probability that the mean...

There have a thin and symmetry wing. aspect ratio is 10, span is 5m, taper ratio...

There have a thin and symmetry wing. aspect ratio is 10, span is 5m, taper ratio is 0.8 and δ＝τ＝0.055. wing's speed is 180km/h and lift is 1.000N. Determine this wing's angle of attack(air density is 1.23Kg/m³)

Subjects