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A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410?
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A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate ....
Design of Fillet Welded Joint
Designing a fillet welded joint involves determining the required size of the fillet weld based on the applied loads and material properties. In this case, we have a 120mm diameter and 6mm thick pipe fillet welded to a 14mm plate, subjected to a vertical load of 4.5 kN and a twisting moment of 1.8 kN-m.
Material Properties
The steel grade specified is fe410, which has a specified minimum yield strength of 410 MPa. This information is crucial for determining the capacity of the welded joint to resist the applied loads.
Calculations
1. Determine the design strength of the fillet weld based on the material properties of fe410 steel.
2. Calculate the design load on the weld due to the vertical load and twisting moment.
3. Check the capacity of the fillet weld to resist the combined loading, considering both tensile and shear stresses.
Design Recommendations
Based on the calculations, select an appropriate fillet weld size that provides an adequate safety margin against failure under the specified loading conditions. Ensure that the welding process meets the requirements for shop welding, including proper preparation, welding procedure, and inspection.
By following these design steps and recommendations, you can ensure the structural integrity and safety of the fillet welded joint in the given application.
Designing a fillet welded joint involves determining the required size of the fillet weld based on the applied loads and material properties. In this case, we have a 120mm diameter and 6mm thick pipe fillet welded to a 14mm plate, subjected to a vertical load of 4.5 kN and a twisting moment of 1.8 kN-m.
Material Properties
The steel grade specified is fe410, which has a specified minimum yield strength of 410 MPa. This information is crucial for determining the capacity of the welded joint to resist the applied loads.
Calculations
1. Determine the design strength of the fillet weld based on the material properties of fe410 steel.
2. Calculate the design load on the weld due to the vertical load and twisting moment.
3. Check the capacity of the fillet weld to resist the combined loading, considering both tensile and shear stresses.
Design Recommendations
Based on the calculations, select an appropriate fillet weld size that provides an adequate safety margin against failure under the specified loading conditions. Ensure that the welding process meets the requirements for shop welding, including proper preparation, welding procedure, and inspection.
By following these design steps and recommendations, you can ensure the structural integrity and safety of the fillet welded joint in the given application.
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A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410?
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A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410?.
A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410?.
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A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410?, a detailed solution for A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? has been provided alongside types of A 120mm diameter and 6mm thick pipe is fillet welded to a 14mm plate . it is subjected to a vertical factored load of 4.5 kn at 1m from the welded end and a factored twisting moment of 1.8kn-m . design the joint assuming shop welding and steel grade fe410? theory, EduRev gives you an
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