I want to model the shear wave velocity of a soil using matlab. The outcomes from the programming must result the variations of S-wave velocity versus depth. you can get some soil parameters from the internet to do the simulation. You must send me the reference in the word document ( where you will take your information from). The work must make sense in real engineering world. Conclusion and recommendation, and introduction must be provided. The out come from the work must be discussed properly. After doing the work, extract all results and place it in Ms word and send including the matlab coding. Please make sure to include table and figure in the work plus literature review relating to this topic ( using rayleigh waves to extract the shear wave velocity in the soil deposit) in the work. Include the references. I want to chat with the engineer that will be doing this work. I want to know as to whether he/she understands what I want to do here.
I want to model the shear wave velocity of a soil using matlab. The outcomes from the programming must result the variations of S-wave velocity versus depth. you can get some soil parameters from the internet to do the simulation. You must send me the reference in the word document ( where you will take your information from). The work must make sense in real engineering world. Conclusion and recommendation, and introduction must be provided. The out come from the work must be discussed properly. After doing the work, extract all results and place it in Ms word and send including the matlab coding. Please make sure to include table and figure in the work plus literature review relating to this topic ( using rayleigh waves to extract the shear wave velocity in the soil deposit) in the work. Include the references. I want to chat with the engineer that will be doing this work. I want to know as to whether he/she understands what I want to do here.
The Attached Word Document called "Water Resources- Hoework" is my assignment. The assignment is 4 problems with different parts involved such as Problem Solving, Calculation, Graph & writing.
There are also two PDF attached which you will need in order to complete this assignment.
You need to watch the 3-point bending test of plastic (PVC) beam and the 4- point bending test of mortar beam videos (Assignment folder, LMS). Also you need to use data file according to the student number and answer the questions below. (The data file will be emailed to you. Please contact us on course email if you believe you do not have the data file.) The data file has two sheets. If you use the wrong data file, the mark of 0 will be given for the assessment.
TASK 1
You have been the owner of a small construction company hiring a few permanent staff and additional temporary labour. You have undertaken the construction of domestic houses where the client has provided you with the plans and structural details. You have been selected by the client from a list of constructors, based on your past work.
(a) As the work content increased, to undertake more private residential construction, it became necessary to expand the company structure.
(b) Later your management desired to undertake larger scale non-domestic work such as, school buildings, hospitals, water supply projects etc., and hence you were required to form a more structured Company.
For your answer, first Discuss appropriate company structures in detail with sketches of the structure done by you. (Do not take off directly from website)
Your answer should include the following:
A description of the different type
I'm looking for someone to write me a matlab code for this project please let me know if you can. The project is this:
The attached text file contains about 1,000 test results (from Prof. I-Cheng Yeh, Chung-Hua Univer- sity, Taiwan) on the strength of concrete with different mixture compositions and curing times.
The goal of regression here is to predict the concrete strength (x9) as a function of the other variables, so that concrete of the required strength can be made with less trial and error. The variables are:
x1 = cement content (kg per m3)
x2 = slag content (kg per m3)
x3 = fly ash content (kg per m3)
x4 = water content (kg per m3)
x5 = superplasticizer content (kg per m3) x6 = coarse aggregate content (kg per m3) x7 = fine aggregate content (kg per m3) x8 = curing time (days)
x9 = concrete compressive strength (MPa).
Fit each of the following function classes using least squares:
x9 as a (a) linear, (b) quadratic, or (c) cubic polynomial funct
rain gauge, that can adjust the speed of the irrigation system accordingly, and display the amount of rain received and the speed of the irrigation system.
The submission for this assignment must include a word document or PDF that includes a list of the part files used to make the assembly and four images: a screenshot of the top, front, right, and isometric views of the assembly.
Understand the principles of Building Information Modelling (BIM)
Correctly apply knowledge of BIM technology and software
Designate BIM roles and responsibilities to different stakeholders in the construction industry
The assignment requires students to demonstrate analytical thinking in reflecting upon real-life problems relating to BIM principles and their implications in terms of technology, stakeholders, construction process and business rationale.
Problem 1 (50 points)
For a certain civil engineering system, we have two types of resources: Labor, and equipment We refer to these resources by the index j. Likewise each resource can be assigned to two types of activities: Maintenance and operations. We refer to these activities by the index i. Furthermore, the variables xij represent the amount of hours used by the resource j (labor/equipment) performing activity i (maintenance/ operations).
Maintenance. Maintaining the system involves the use of equipment and labor.
The part of the labor that goes into maintenance has a cost of $2/hour; and the part of equipment use that goes into maintenance has a cost of $4/hour.
The total labor and equipment costs for maintenance should not exceed the maximum maintenance budget of $21 million
Operations. Operating the system involves the use of equipment and labor.
The part of labor that goes into operations has a co
select a structure ( parking garage, mid/high rise building, bridge,
culvert, etc)
For the selected structure, define all applicable loads
Define the different structural elements
Define the vertical load transfer system
Define the lateral load transfer system
Define the type of foundation or support
