How does a heavy truck parked on a prestressed bridge girder

Assignment Help Civil Engineering
Reference no: EM13552874

1.An automobile travels right at constant speed of 48mi/hr. If the diameter of a wheel is 22 in., determine the velocities of point B,C,D and E on the rim of the wheel.

2.According to the design philosophy in the AASHTO Specifications, how does a heavy truck parked on a prestressed bridge girder effect the nominal shear resistance of the girder?

3.What is the main difference between the calculation of deflections for reinforced and prestressed concrete beams?

Reference no: EM13552874

Questions Cloud

Alcohol and drug abuse : Alcohol and Drug Abuse
Determine if the flow will choke and both the downstream : A nearly horizontal, 12 ft wide rectangular channel carries 60 cfs at a depth of 3 ft. the width of the channel is smoothly contracted to 6 ft at the downstream section. (a) determine if the flow will choke and both the downstream and upstream water ..
Determine the reaction of each of each of the six wheels : A trailer weighing 2400 pounds is attached to a 2900 lb by a ball and socket truck hitch at d. (A) Determine the reaction of each of each of the six wheels when the truck and the trailer is at rest. (B) and the additional load on each of the truck wh..
Which study would have the most power : Which study would have the most power
How does a heavy truck parked on a prestressed bridge girder : According to the design philosophy in the AASHTO Specifications, how does a heavy truck parked on a prestressed bridge girder effect the nominal shear resistance of the girder?
Significant alternatives to limited liability joint stock : What are Benefit Corporations and are they destined to remain a small niche or can B-corporations emerge as significant alternatives to limited liability joint stock companies?
Determine the slope angle of the mohr envelope : Two triaxial compression tests were performed on two prepared samples of the same limestone. At a confining pressure of 2000 psi, the first sample failed at 9000 psi. Then at a confining pressure of 5000 psi, the other sample failed at 21000 psi.
Derive the expressions for the concentration exiting a cstr : Derive the expressions for the concentration exiting a CSTR and a PFR for a zero order removal reaction. Which reactor design is more efficient in terms of volume and hydraulic retention times?
Net present value and the profitability index : Explain the relationship between the net present value and the profitability index.

Reviews

Write a Review

Civil Engineering Questions & Answers

  What is the probability that a problem vehicle will lead

Traffic signals were installed at an intersection involving two one-way streets. Suppose 75% of the vehicles will decelerate when they see the amber light, whereas 20% will accelerate and 5% are "indecisive" and simply continue with the same speed..

  Determine the prism constant

A 100 ft cut steel tape was used to check the layout of a building wall. the rear surveyor held 42 ft while the head surveyor cut 0.33 ft. what is the distance measured?

  What is the average crack spacing for that reinforcement

Compute the effective composite modulus of subgrade reaction (please consider the subbase, the presence of a relatively shallow rock foundation, and the potential loss of support)

  Determine what is the stress at the bottom of the tank

A steel cylinder tank is 10 ft in diameter, 15 ft high, and is filled with a brine solution. Brine weighs 10 lbf/gal. The thickness of the steel shell is 1/2 in. The cylinder sits on a concrete pad 12ft x 12ft .

  To what rate of corrosion in mm per yr dose the correspond

A thick steel sheet of area 440cm3 is exposed to air near the ocean. After a one-year period it was found to experience a weight loss of 880g due to corrosion. To what rate of corrosion in mm/yr dose this correspond

  How to label turing points numerically starting with tp1

A differential leveling loop started and closed on BM Juno, elevation 5194.02 ft. The BS and FS distancces were kept approximately equal. Readings (in ft) listed in the order takken are 9.65, 2.11, 2.51, 8.35, 2.06, 9.25, 7.93, 2.83, 5.05, and 4.6..

  You are working as a project analyst for the local gas

you are working as a project analyst for the local gas utility and you have been placed on a project to install an

  Describe what design speed was used for the curve

Lane widths are 12ft and the superelevation is .006 and was set assuming maximum fs. If the necessary sight distance required 52ft of lateral clearance from the roadway center line, what design speed was used for the curve

  Determine which soil is the cheaper purchase for the site

A contractor wants to build a fill at his new construction site. He has two options for purchasing his borrow material. Site A has a soil with a unit weight of 2.5 kN/m3, a moisture content of 14% and a cost of $8 per cubic meter

  Determine the return and the risk associated with purchase

A new machine will cost $25,000. The machine is expected to last 4 years and has no salvage value. If the interest rate is 12%, determine the return and the risk associated with the purchase. The estimated annual savings and its probability

  What would height be after it was consolidated into packing

A 1m thick layer of this soil is packed so that it is as loose as possible (void ratio, e_max ~= 0.9), and then it was vibrated until it was as dense as possible (void ratio, e_min ~= 0.35).

  Determine how deep will the water be on the flash boards

The pipes holding the boards were placed 10 ft apart across the dam. There were 20 pipes and each one was designed to fail under a bending moment of 1625 ft-lb how deep will the water be on the flash boards when failure occurs

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd