If a body is subjected to stresses in xy plane with stresses of 60N/mm² and 80N/mm² acting along x and y axes respectively. Also the shear stress acting is 20N/mm². Find the minimum normal stress.

← Prev Question Next Question →

Please log in or register to answer this question.

Related questions

0 votes

0 answers

If a body is subjected to stresses in xy plane with stresses of 60N/mm² and 80N/mm² acting along x and y axes respectively. Also the shear stress acting is 20N/mm²Find the maximum amount of shear stress to which the body is subjected.

asked Jan 27 in Machine Design by Carter (89.5k points)

0 votes

0 answers

If a body is subjected to stresses in xy plane with stresses of 60N/mm² and 80N/mm² acting along x and y axes respectively. Also the shear stress acting is 10N/mm². Find the inclination of the plane in which shear stress is maximal.

asked Feb 2 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

If any cross section is subjected to direct tensile stress and bending stress, then find the dimension of cross section. Given length & breadth are t and 2t respectively. F=25kN acts on the top fibre of the cross section, M=F x t . Also maximum allowable tensile stress =100N/mm².

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

The normal stress is perpendicular to the area under considerations, while the shear stress acts over the area.

asked Jan 25 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

The total strain energy for a unit cube subjected to three principal stresses is given by?

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A right angled bell-crank is designed to raise a load of 5kN at short arm whose length is 100mm. Also longer arm is of length 500mm. If permissible bearing pressure on pin is 10N/mm² and diameter of the 20mm, find the shear stress in the pin.

asked Jan 25 in Machine Design by Carter (89.5k points)

0 votes

0 answers

The region of safety in maximum shear stress theory contains which of the given shape

asked Feb 2 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm² and considering combined effect of direct stress and bending stress.

asked Feb 2 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm².Considering only bending stress.

asked Jan 23 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

A curved beam with eccentricity 0.02D is loaded with 1kN.Centroidal radius=4D and inner and outer radii are 3.5D and 4.5D respectively. Area of cross section is 0.8D². Find the dimension D if allowable stress is 110N/mm² and considering only direct tensile stress.

asked Jan 23 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

Calculate the diameter of pin from shear consideration with maximum shear stress allowed is 40NN/mm² and an axial tensile force of 50kN is acting on the rod.

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

If compressive yield stress and tensile yield stress are equivalent, then region of safety from maximum principal stress theory is of which shape?

asked Feb 2 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². Calculate the radial stresses due to shrink shift in jacket.

asked Jan 25 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². In service the cylinder is further subjected to an internal pressure of 25MPa. Calculate the tangential stress in compound cylinder.

asked Jan 25 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². In service the cylinder is further subjected to an internal pressure of 25MPa. Calculate the radial stress in compound cylinder.

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

Maximum Principal Stress Theory is not good for brittle materials.

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A right angled bell-crank is designed to raise a load of 5kN at short arm whose length is 100mm. Also longer arm is of length 500mm. If permissible bearing pressure on pin is 10N/mm² and diameter of the 20mm, find the length of the pin.

asked Feb 2 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². Calculate the radial stress due to shrink shift in inner tube.

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

Calculate the diameter of the rivets by shear considerations if permissible shear stress in rivets is 60N/mm² and P=15kN.

asked Jan 25 in Machine Design by Carter (89.5k points)

0 votes

0 answers

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². Calculate the interference [E=210kN/mm²].

asked Jan 27 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

A high pressure cylinder consists of a steel tube with inner and outer diameters 30 and 60mm respectively. It is jacketed by an outer steel tube, having an outer diameter of 90mm. Maximum principal stress induced is 80N/mm². Calculate the shrinkage pressure.

asked Jan 23 in Machine Design by Carter (89.5k points)

0 votes

0 answers

If for a curved beam of trapezoidal cross section, radius of neutral axis is 89.1816mm and radius of centroidal axis is 100mm, then find the bending stress at inner fibre whose radius is 50mm. Area of cross section of beam is 7200mm² and the beam is loaded with 100kN of load.

asked Jan 25 in Machine Design by Carter (89.5k points)

0 votes

0 answers

Calculate the diameter of the rivets if permissible shear stress is 60N/mm². Bolts are separated by 100mm and force P=30kN.

asked Jan 25 in Machine Design by Carter (89.5k points)

+1 vote

1 answer

If knuckle joint is to fail by crushing failure of pin in fork, then determine the diameter of knuckle pin when 50kN axial tensile force act on rods. Given: Max allowable compressive stress=25N/mm², thickness of each eye of fork=25mm.

asked Jan 22 in Machine Design by Carter (89.5k points)

0 votes

0 answers

Referring to figure 1, determine the required length of the weld joining two steel plates which are 10mm wide and 10mm thick. The permissible shear stress in the weld is 80N/mm²

asked Jan 27 in Machine Design by Carter (89.5k points)

...