Docsity
Docsity

Prepare for your exams
Prepare for your exams

Study with the several resources on Docsity


Earn points to download
Earn points to download

Earn points by helping other students or get them with a premium plan


Guidelines and tips
Guidelines and tips

PE Civil Structural Exam Questions and Answers, Exams of Advanced Education

PE Civil Structural Exam Questions and Answers

Typology: Exams

2024/2025

Available from 07/14/2025

Examwow
Examwow 🇺🇸

5

(2)

4.4K documents

1 / 3

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
PE Civil Structural Exam Questions
and Answers
The lateral strain (wall displacement) required to fully mobilize the soil passive pressure
is ____________ than the lateral strain required to fully mobilize the soil active pressure
- ANSWER-Considerably larger. Wall wants to move away from the backfill where the
active pressure occurs. It is considerably more difficult to get wall displacement in the
passive direction. The strain required to achieve the passive state is at lease twice that
required to reach active
Effective vertical stress (sigma) equals - ANSWER-Total stress at depth A minus pore
water pressure
A bridge footing is to be constructed in sand. The groundwater level is at ground
surface. The ultimate bearing capacity is based on what type of soil weight? -
ANSWER-Buoyant unit weight aka effective unit weight = saturated unit weight minus
the unit weight of water
Factor of Safety Against Overturning - ANSWER-FS = Resisting moment (wall weight,
passive pressure) / Active pressure moment
ASCE 7-16 Code Minimum Snow Load - ANSWER-Pm = Is min(20, Pg)
ASCE Exposure B - ANSWER-Urban and suburban areas, wooded areas, or other
terrain with many closely spaced obstructions
ASCE Exposure C - ANSWER-Open terrain with scattered obstructions
ASCE Exposure D - ANSWER-Flat, unobstructed areas and water surfaces
Minimum lateral force (E aka V base shear) lbs for seismic design category A -
ANSWER-v=0.01W
Service Load - ANSWER-Unfactored real load that member experiences
Eccentrically loaded foundation - ANSWER-e=M/P
Design spectral response acceleration at short periods - ANSWER-SDS
Mapped spectral response acceleration - ANSWER-Ss (0.2 second)/ S1 (1 second)
pf3

Partial preview of the text

Download PE Civil Structural Exam Questions and Answers and more Exams Advanced Education in PDF only on Docsity!

PE Civil Structural Exam Questions

and Answers

The lateral strain (wall displacement) required to fully mobilize the soil passive pressure is ____________ than the lateral strain required to fully mobilize the soil active pressure

  • ANSWER-Considerably larger. Wall wants to move away from the backfill where the active pressure occurs. It is considerably more difficult to get wall displacement in the passive direction. The strain required to achieve the passive state is at lease twice that required to reach active Effective vertical stress (sigma) equals - ANSWER-Total stress at depth A minus pore water pressure A bridge footing is to be constructed in sand. The groundwater level is at ground surface. The ultimate bearing capacity is based on what type of soil weight? - ANSWER-Buoyant unit weight aka effective unit weight = saturated unit weight minus the unit weight of water Factor of Safety Against Overturning - ANSWER-FS = Resisting moment (wall weight, passive pressure) / Active pressure moment ASCE 7-16 Code Minimum Snow Load - ANSWER-Pm = Is min(20, Pg) ASCE Exposure B - ANSWER-Urban and suburban areas, wooded areas, or other terrain with many closely spaced obstructions ASCE Exposure C - ANSWER-Open terrain with scattered obstructions ASCE Exposure D - ANSWER-Flat, unobstructed areas and water surfaces Minimum lateral force (E aka V base shear) lbs for seismic design category A - ANSWER-v=0.01W Service Load - ANSWER-Unfactored real load that member experiences Eccentrically loaded foundation - ANSWER-e=M/P Design spectral response acceleration at short periods - ANSWER-SDS Mapped spectral response acceleration - ANSWER-Ss (0.2 second)/ S1 (1 second)

Which cross section will provide the greatest rigidity if the elastic modulus (E) is the same for all sections? - ANSWER-The section that has the highest moment of inertia Where does the maximum moment occur on a shear and moment diagram? - ANSWER-Where the shear = 0 Is ultimate load factored or unfactored? - ANSWER-Factored It ultimate capacity factored or unfactored? - ANSWER-Unfactored What is Type 1 Portland cement? - ANSWER-This is normal cement used for precast, general construction What is type 2 Portland cement used for? - ANSWER-Used for concrete exposed to sulfates What is type 3/5 Portland cement used for? - ANSWER-High early strength, used in rapid construction What do chemical accelerators do as concrete admixtures? - ANSWER-Speed up setting time and strength of concrete mix What is type 4 Portland cement used for? - ANSWER-High heat of hydration, used primarily in dams What is fatigue in steel caused by? - ANSWER-A reduction in strength due to cyclical loads Compressive stress/strength formula - ANSWER-P/A Where are prestressing strands most likely to be placed? - ANSWER-Prestressing strands are placed where tensile stresses will develop Does a hinge alter a shear and moment diagram? - ANSWER-Yes, the moment equals zero at the hinge however the shear is unchanged Where does the maximum flexural/tensile stress occur? - ANSWER-Where 1. Moment is greatest along the beam length 2. At the extreme fiber Where does the maximum transverse/horizontal shear stress occur? - ANSWER-At the neutral axis What is the elastic modulus of steel? - ANSWER-29,000 ksi