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Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate?
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Two plates subjected to tensile force of 50kN are fixed togather by me...
Analysis:
- Given data:
- Tensile force = 50 kN
- Yield strength of material = 300 N/mm
- Shear yield strength = 50% of tensile yield strength
- Factor of safety = 2.5
Calculations:
1. Determination of Rivet Diameter:
- Total force acting on the rivets = Tensile force = 50 kN = 50000 N
- Number of rivets = 3
- Shear force per rivet = Total force / Number of rivets = 50000 N / 3 = 16666.67 N
- Area required to withstand shear force = Shear force / Shear yield strength = 16666.67 N / (300 N/mm x 50%) = 111.11 mm^2
- Diameter of rivet required = sqrt(4 x Area / π) = sqrt(4 x 111.11 / π) = 11.90 mm
2. Determination of Plate Thickness:
- Thickness of plate = t
- Area of plate required to withstand tensile force = Total force / (Tensile yield strength x Factor of safety) = 50000 N / (300 N/mm x 2.5) = 66.67 mm^2
- Width of plate = 2 x Plate thickness
- Area of plate = Width x Thickness = 2t x t = 2t^2
- 2t^2 = 66.67
- t^2 = 33.33
- t = sqrt(33.33) = 5.77 mm
Conclusion:
- The diameter of the rivets required is approximately 11.90 mm and the thickness of the plate is approximately 5.77 mm to withstand the given tensile force with a factor of safety of 2.5.
- Given data:
- Tensile force = 50 kN
- Yield strength of material = 300 N/mm
- Shear yield strength = 50% of tensile yield strength
- Factor of safety = 2.5
Calculations:
1. Determination of Rivet Diameter:
- Total force acting on the rivets = Tensile force = 50 kN = 50000 N
- Number of rivets = 3
- Shear force per rivet = Total force / Number of rivets = 50000 N / 3 = 16666.67 N
- Area required to withstand shear force = Shear force / Shear yield strength = 16666.67 N / (300 N/mm x 50%) = 111.11 mm^2
- Diameter of rivet required = sqrt(4 x Area / π) = sqrt(4 x 111.11 / π) = 11.90 mm
2. Determination of Plate Thickness:
- Thickness of plate = t
- Area of plate required to withstand tensile force = Total force / (Tensile yield strength x Factor of safety) = 50000 N / (300 N/mm x 2.5) = 66.67 mm^2
- Width of plate = 2 x Plate thickness
- Area of plate = Width x Thickness = 2t x t = 2t^2
- 2t^2 = 66.67
- t^2 = 33.33
- t = sqrt(33.33) = 5.77 mm
Conclusion:
- The diameter of the rivets required is approximately 11.90 mm and the thickness of the plate is approximately 5.77 mm to withstand the given tensile force with a factor of safety of 2.5.
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Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate?
Question Description
Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate?.
Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate?.
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Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate?, a detailed solution for Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? has been provided alongside types of Two plates subjected to tensile force of 50kN are fixed togather by means of three rivets as shown in figer the plates and rivets are made up of plain carbon 10C4 with a tensile yeild strenght 300N/mm the yeild strength in shear is 50percent of the tensile yeild strength and the factor of safty is 2.5 negletic stress concentration determine the diameter of the rivets and the thilness of the plate? theory, EduRev gives you an
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