Q.1
What is steel structure design?
  • a) Branch of structural engineering that deals with the design of steel structures
  • b) Branch of industrial engineering that deals with the design of steel structures
  • c) Branch of mechanical engineering that deals with the structural steel design
  • d) None of the mentioned
Q.2
Which of the following method is best for the design of steel structure?
  • a) Working Stress Method
  • b) Earthquake Load Method
  • c) Limit State Method
  • d) Ultimate Load Method
Q.3
Which of the following is a type of steel structure design?
  • a) Continuous design
  • b) Simple design
  • c) Semi-continuous steel design
  • d) All of the mentioned
Q.4
Which of the following is added to steel to increase resistance to corrosion?
  • a) Copper
  • b) Carbon
  • c) Manganese
  • d) Sulphur
Q.5
Which of the following is a disadvantage of Steel?
  • a) High durability
  • b) Reusable
  • c) High strength per unit mass
  • d) Fire and corrosion resistance
Q.6
Which of the following is the property of high carbon steel?
  • a) reduced strength
  • b) high toughness
  • c) reduced ductility
  • d) high strength
Q.7
What is the minimum percentage of chromium and nickel added to stainless steel?
  • a) 10.5%, 0.5%
  • b) 0.5%, 10.5%
  • c) 30%, 50%
  • d) 2%, 20%
Q.8
High carbon steel is used in ______________
  • a) structural buildings
  • b) fire resistant buildings
  • c) for waterproofing
  • d) transmission lines and microwave towers
Q.9
Which method is mainly adopted for design of steel structures as per IS code?
  • a) Earthquake Load Method
  • b) Ultimate Load Method
  • c) Limit State Method
  • d) Working Stress Method
Q.10
What is the net section area of steel plate 40cm wide and 10mm thick with one bolt if diameter of bolt hole is 18mm?
  • a) 38.2 cm2
  • b) 24 cm2
  • c) 578 mm2
  • d) 465 mm2
Q.11
Which of the following relation is correct?
  • a) Design Strength = Ultimate strength / Partial factor of safety
  • b) Design Strength = Ultimate strength + Partial factor of safety
  • c) Design Strength = Ultimate strength * Partial factor of safety
  • d) Design Strength = Ultimate strength – Partial factor of safety
Q.12
Which of the following load is to be considered on liquid retaining structure?
  • a) dynamic load
  • b) earth pressure
  • c) hydrostatic load
  • d) wave and current load
Q.13
Which of the following factors does not influence earthquake resistance design?
  • a) strength of structure
  • b) site soil
  • c) geographical location of structure
  • d) wind of location
Q.14
Which of the following load combination is not possible?
  • a) Dead load + imposed load
  • b) Dead load + wind load + earthquake load
  • c) Dead load + imposed load + wind load
  • d) Dead load + imposed load + earthquake load
Q.15
Which of the following is true about bracket connections?
  • a) They are used to give aesthetic appearance to the structure
  • b) These connections are used to accommodate less number of bolts
  • c) Fabrication cost is low
  • d) More rigid than any other connection
Q.16
Proof stress for minimum bolt tension is :
  • a) 0.7fyb
  • b) 0.5fyb
  • c) 0.7fub
  • d) 0.5fub
Q.17
Which of the following is not an assumption of first-order elastic analysis of rigid jointed frame?
  • a) member instability effects cannot be ignored
  • b) materials behave linearly
  • c) frame instability effects can be ignored
  • d) yielding effects can be ignored
Q.18
Which of the following about rivet is correct?
  • a) labour cost is low
  • b) removing poorly installed rivet is costly
  • c) it does not require skilled work
  • d) causes low level of noise pollution
Q.19
Which of the following is advantage of HSFG bolts over bearing type bolts?
  • a) high strength fatigue
  • b) joints are not rigid
  • c) low static strength
  • d) bolts are subjected to shearing and bearing stresses
Q.20
In which of the following cases pin connections are not used?
  • a) tall buildings
  • b) truss bridge girders
  • c) diagonal bracing connection
  • d) hinged arches
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