Category: Engineering Homework Help

Hello dear,

I have a lab report that is due in 34 hours. it is for class CIVE 302 – Solid Mechanics lab

I will provide below:

* the Lab reading

* the checklist

* the report template

* the rubric of the lab

I need a professional lab report to be done in 34 hours. and need to get a grade of A.

review the pdf’s below.

finally, I will provide videos of the lab for assistance

Pouring of concrete cylinders

https://www.youtube.com/watch?v=5Gm79Y-m0Zg

Concrete cylinder preparation

https://www.youtube.com/watch?v=a-7oKNG5Dao

Hydration

https://www.youtube.com/watch?v=a0qlNbK2WkY

Reading the concrete micrometer

https://www.youtube.com/watch?v=xLddnqQiQg0

Compression testing of 1-year concrete cylinder

https://www.youtube.com/watch?v=wWXxvju8t_A

Go to the NTSB website on Aviation Accident Reports (Links to an external site.) and select one aviation accident report that particularly interests you. It must have a “Factual Information” chapter.

Ruminating Writing Assignment:

Open the PDF file. Review the “Factual Information” chapter (do not review the Analysis, Conclusions, or Recommendations chapters) of the Full Report (not the Summary).

Then analyze and evaluate the human error aspects of the accident by creatively applying the data analysis tools of the Human Factors Analysis and Classification System (HFACS).

Report your results and conclusions in a two-page paper (not including cover and reference pages). Remember to always support your work with a reliable source(s). APA formatting is required.

Using MATLAB, solve the following problems in Kaw:

Example Problems 2.7, 2.8, and 2.9;

End of chapter problems 2.11, 2.15, 2.16, 2.17, 2.18, 2.20, 2.21, 2.22

Kaw’s solutions to these problems can be found either in the text (Example Problems) or in the solutions document posted on Canvas. Be sure to check the errata (also posted) as the pdf of the text that is posted is an early printing with some errors. The task for this assignment is to check Kaw’s solutions to the problems. I’m pretty sure at least one is incorrect. Please work together on this assignment and check each others’ solutions in MATLAB to be sure you code is working correctly. Upload both your script file (.m or .mlx) and your published pdf file of your solutions. Of course, as always, be sure your name is embedded in the filenames of any files you upload.

Using MATLAB, solve the following problems in Kaw:

Example Problems 2.7, 2.8, and 2.9;

End of chapter problems 2.11, 2.15, 2.16, 2.17, 2.18, 2.20, 2.21, 2.22

Kaw’s solutions to these problems can be found either in the text (Example Problems) or in the solutions document posted on Canvas. Be sure to check the errata (also posted) as the pdf of the text that is posted is an early printing with some errors. The task for this assignment is to check Kaw’s solutions to the problems. I’m pretty sure at least one is incorrect. Please work together on this assignment and check each others’ solutions in MATLAB to be sure you code is working correctly. Upload both your script file (.m or .mlx) and your published pdf file of your solutions. Of course, as always, be sure your name is embedded in the filenames of any files you upload.

Part 1 : 

Post a discussion reflecting on your design effort and the documentation required to support information systems planning and design. What went well during your design phase? What did not go so well?

Additionally, discuss how you will prepare for IT 420:

How did the courses in your program prepare you for IT 415 and IT 420?

What other projects and information do you plan to include in your IT portfolio, which you will prepare in the capstone course?

What are your professional IT goals after graduating? Are you targeting a specific industry?

In response to your peers, provide your thoughts on their career plans and provide any suggestions or resources. Do you have any specific insight into their targeted industries or career paths? 

Part 2:

Compile and submit the feedback that you have been collecting in your feedback journal assignments. Make sure that each feedback comment contains information regarding whether the feedback was incorporated or rejected.

In your journal, include a two- to three-paragraph reflection on how exchanging feedback in this course helped you with your system design or with preparing the required documentation. Make sure you answer the following questions:

Did you find the weekly status reports helpful with keeping your classmates and instructor updated? Explain why or why not.

Did the status reports help facilitate the exchange of feedback? If so, how?

I’m working on a mechanical engineering question and need support to help me learn.

HE 1. This blueprint must include front, left, right and model views, also has all dimensions (all like on the example)

HE 2. This exercise for sheet metal and need has flat and model views with all dimensions and positions

HE 3. It is weldment HE. Blueprint here must include that you see on the first sheet (body, cut table and small bodies). For small bodies use Relative views. Second sheet is not need to include to your homework

HE 4. This sheet includes surface body. Here is must stay standard and model views. All correct parameters for this body you can see on the separate Solidworks file, which attached here

All examples have to create in the mm (exclude HE #4)

Hi, I have a lab that is about fluid flow. I need help with the report. I need help with 3 things. First, Anticipated results and sample analysis. Second, Safety section. Last, I need an excel sheet that can do all the calculations. Please make the excel sheet clear by writing the equation and explain it. The objective is to calculate the friction factor and equivalent length.

Hello, I have a project that I will share when the tutor is assigned. I need help to answer these question in paragraphs. Please make sure you understand chemical eng staff.

describe the following sections of the report:   

1. Clear and quantitative design objective (incorporate some market analysis information for support)
2. Alternative  designs/processes/equipment options evaluated including a description  of the methods/rational used to evaluate alternatives
3. Alternatives rejected and retained
4. Anticipated process approach 
5. A first draft skeleton PFD
6. Anticipated path fQuantitative design objectivesorward for process/equipment selection and specifications
7. Table of Knowledge Gaps 

Hello,

I would like some help on the following assignment.

Hand written for calculation and procedures, you can use excel as well.

I have attached the assignment below and

here is the link to the course notes: https://drive.google.com/drive/folders/1pLTitz3cZc…