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I applied via LinkedIn and was interviewed in Sep 2024. There were 2 interview rounds.
Moment and shear connections are critical in steel structures for transferring loads between members.
Moment connections transfer bending forces between beams and columns
Shear connections transfer shear forces between beams and columns
Common types of moment connections include bolted end plate connections and welded connections
Common types of shear connections include bolted shear tabs and welded shear plates
Structural Engineer interview questions on moment transfer, I section web work, beam-column-slab foundation design, dynamic analysis, bending theory, neutral axis, balanced section, etc.
Moment transfer from beam to column
Web work in I section
Designing of beam-column-slab foundation
Dynamic analysis
Difference between fundamental time period and natural time period of building
Base shear
Moment connection
PMM ratio curve
Theo...
Analysis of frames involves determining the internal forces and stresses in the members of a structural frame.
Frames are analyzed using structural analysis methods such as the method of joints or method of sections.
Internal forces such as axial, shear, and bending moments are calculated for each member.
Stresses are then determined using the material properties and cross-sectional area of each member.
Frame analysis is i...
Top trending discussions
I applied via Approached by Company and was interviewed in Oct 2023. There were 2 interview rounds.
Bracing should be added in the weak axis direction to provide stability and prevent buckling.
Bracing should be added in the weak axis direction to prevent buckling.
Bracing helps to stabilize the structure and distribute loads more efficiently.
Examples of bracing in steel structures include diagonal bracing, cross bracing, and portal bracing.
Different checks in footing include bearing capacity check, settlement check, sliding check, and overturning check.
Bearing capacity check ensures the soil can support the load without failure.
Settlement check ensures the footing settles within acceptable limits.
Sliding check ensures the footing does not slide on the soil.
Overturning check ensures the footing does not overturn due to lateral forces.
One way shear occurs in footings when load is applied in one direction, while two way shear occurs when load is applied in two directions.
One way shear typically occurs in rectangular footings where the load is applied in one direction.
Two way shear occurs in square footings or when the load is applied in two directions.
One way shear is calculated using the formula Vc = 0.5 * f'c * b * d, while two way shear is calcula
I have worked on various types of structures including commercial buildings, residential homes, bridges, and industrial facilities.
Commercial buildings
Residential homes
Bridges
Industrial facilities
I applied via Approached by Company and was interviewed in Oct 2023. There were 2 interview rounds.
Bracing should be added in the weak axis direction to provide stability and prevent buckling.
Bracing should be added in the weak axis direction to prevent buckling.
Bracing helps to stabilize the structure and distribute loads more efficiently.
Examples of bracing in steel structures include diagonal bracing, cross bracing, and portal bracing.
Different checks in footing include bearing capacity check, settlement check, sliding check, and overturning check.
Bearing capacity check ensures the soil can support the load without failure.
Settlement check ensures the footing settles within acceptable limits.
Sliding check ensures the footing does not slide on the soil.
Overturning check ensures the footing does not overturn due to lateral forces.
One way shear occurs in footings when load is applied in one direction, while two way shear occurs when load is applied in two directions.
One way shear typically occurs in rectangular footings where the load is applied in one direction.
Two way shear occurs in square footings or when the load is applied in two directions.
One way shear is calculated using the formula Vc = 0.5 * f'c * b * d, while two way shear is calcula
I have worked on various types of structures including commercial buildings, residential homes, bridges, and industrial facilities.
Commercial buildings
Residential homes
Bridges
Industrial facilities
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