Procedure Muller-Breslau principle to sketch the influence lines for
[A well written explanation if possible would be appreciated]
1. The Vertical Reaction at A
2. The Shear
3. The Moment
In: Civil Engineering
ConsensusDocs 750 vs. AIA A401‐2007:
comparing the risk shifting aspects of the different AIA and Consensus subcontract forms. Then answer the questions below.
Imagine a situation in which you are employed as a project manager by a very large, multinational General Contractor. Given your company’s market share and financial strength, you are in a position to impose extraordinary amounts of risk on the subcontractors on your projects. If you choose to allocate extraordinary risks to your subcontractors, is that necessarily in the best interest of your company? Please discuss the pros and cons of this risk allocation strategy.
Next, assume you work for a subcontractor to whom extraordinary risk is being allocated. What is your strategy for dealing with this situation? Given the differences between the two forms, as the Subcontractor, identify which form you would prefer to use if your primary concern is:
Consequential damages
Dispute resolution
Indemnity
Insurance
In: Civil Engineering
Briefly explain how the characteristic strength of structural timber (for example, bending strength fb) is derived.
In: Civil Engineering
The procedure of the Double Integration Method of determinacy of elastic curve equation: Please include all steps if possible , if you want to give an example it's ok.
but please follow the answer step by step
[Need the full procedure.]
In: Civil Engineering
How the country to which you have been assigned is impacted by population challenges such as growth, aging, migration, and urbanization.
How the country to which you have been assigned is contributing to or helping to resolve population challenges such as growth, aging, migration, and urbanization.
In: Civil Engineering
Determine the elastic neutral axis,I,S, plastic neutral axis,Z,ξ (shape factor), yield moment, and plastic moment about the x-axis only for the beam sections below:
a. WT10.5×61
b. L6×6×5/8
Note:For unsymmetric sections, determine S-top and S-bottom
In: Civil Engineering
What is the effect of the lower natural frequencies?
What is the effect of higher damping?
In: Civil Engineering
Regarding a "No Damage For Delay Clause", answer the following:
In: Civil Engineering
answer following questions from the Traffic Signal Systems Operations and Design Book
1. What is the purpose of the ring barrier diagram?
2. How is timing represented in a ring barrier diagram?
3. Why use a ring barrier diagram instead of a conflict matrix to describe the sequencing of phases?
4. What is the difference between a movement and a phase ?
In: Civil Engineering
Provide definitions for each of the folowing dont copy paste from google
concurrency group
movement
NEMA phase numbering
overlap
phase
ring
ring barrier diagram
In: Civil Engineering
In: Civil Engineering
The maximum annual flows of a river can be modeled by the Gumbel law. The average of flow rates calculated with 57 years of observations is 8 m3/s and the standard deviation is 2.4 m3/s. The region is flooded with damage when the flow exceeds 10 m3/s.
a) What is the return period of the 10 m3/s flow. b) What is the throughput for a 100 year return period. c) Determine the 95% confidence interval around the flow calculated in b).
In: Civil Engineering
Name the 4 categories of microbiological contaminants and for two of them, give an example microorganism.
In: Civil Engineering
In: Civil Engineering
Calculate the firewater demand in (m3/min) for a building having 25 floors including basement. Building is constructed with non-combustible construction material and serving total population of 1400. Assume area of each floor as 9800 ft2. Using following formulas: [5 Marks]
a). Insurance Services Office Formula
b). Equation for National Board of Fire Underwriters
c). If fire water demand is required for 4 hours calculate the volume of water storage tank in m3 (For Part b only)
Instructions: Find the values of required parameters from class notes or course book.
Also use 1 gallon = 7.8 Liter.
In: Civil Engineering