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Test: General Design Requirements


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10 Questions MCQ Test Design of Steel Structures | Test: General Design Requirements

Test: General Design Requirements for Civil Engineering (CE) 2022 is part of Design of Steel Structures preparation. The Test: General Design Requirements questions and answers have been prepared according to the Civil Engineering (CE) exam syllabus.The Test: General Design Requirements MCQs are made for Civil Engineering (CE) 2022 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: General Design Requirements below.
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Test: General Design Requirements - Question 1

Which of the following is correct criteria to be considered while designing?

Detailed Solution for Test: General Design Requirements - Question 1

Structure should be designed such that it fulfils it intended purpose during its lifetime and be adequately safe in terms of strength, stability and structural integrity and have adequate serviceability. Structure should also be economically viable, aesthetically pleasing and environment friendly.

Test: General Design Requirements - Question 2

What is serviceability?

Detailed Solution for Test: General Design Requirements - Question 2

Serviceability is related to utility of structure. The structure should perform satisfactorily under service loads, without discomfort to user due to excessive deflection, cracking, vibration, etc. Other considerations of serviceability are durability, impermeability, acoustic and thermal insulation etc.

Test: General Design Requirements - Question 3

Analysis is referred to _____________

Detailed Solution for Test: General Design Requirements - Question 3

Analysis refers to determination of axial forces, bending moment, shear force, torsional moments etc. acting on different members of structure due to applied loads and their combinations.

Test: General Design Requirements - Question 4

The structure is statically indeterminate when________________

Detailed Solution for Test: General Design Requirements - Question 4

When the static equilibrium equations are insufficient for determining internal forces and reactions on that structure, the structure is said to be statically indeterminate. Analysis of these structures is complex and cannot be analysed only by using laws of statics, various analytical methods like slope deflection method, moment distribution method, etc.

Test: General Design Requirements - Question 5

Which of the following is one of the methods of analysis prescribed in the code for steel structures?

Detailed Solution for Test: General Design Requirements - Question 5

Code suggests the use of any of the following methods for steel structures : (i) elastic analysis, (ii) plastic analysis, (iii) advanced analysis, (iv) dynamic analysis.

Test: General Design Requirements - Question 6

Which method is mainly adopted for design of steel structures as per IS code?

Detailed Solution for Test: General Design Requirements - Question 6

Steel structures and their elements are normally designed by limit state method. When limit state method cannot be conveniently adopted, working stress method may be used.

Test: General Design Requirements - Question 7

Which IS code is used for general construction of steel?

Detailed Solution for Test: General Design Requirements - Question 7

IS 800:2007 is the code of practice for general construction in steel. It is issued by Bureau of Indian Standards.

Test: General Design Requirements - Question 8

Which of the following relation is correct?

Detailed Solution for Test: General Design Requirements - Question 8

Permissible Stress = Yield Stress / Factor of Safety. Permissible Stress is the amount of stress that will not cause failure. It is a fraction of yield stress. It takes care of overload or other unknown factors.

Test: General Design Requirements - Question 9

In Working Stress Method, which of the following relation is correct?

Detailed Solution for Test: General Design Requirements - Question 9

In Working Stress Method, Working Stress ≤ Permissible Stress. Each member is checked for number of different combinations of loadings.

Test: General Design Requirements - Question 10

Arrange the following in ascending order according to their factor of safety in working stress method :
(i) tension members,
(ii) long column,
(iii) short column,
(iv) connections

Detailed Solution for Test: General Design Requirements - Question 10

In working stress method, the factor of safety for the above are as follows : (i) for tension members = 1.67, (ii) for long column = 1.92, (iii) for short columns = 1.67, (iv) for connections = 2.5-3.

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