F104B Quiz Submitted2

In the field of engineering design, structures and machines are being tested to ensure reliability and safety. In relation to this, cite 5 apparatus or measuring devices used wherein, these types of loadings discussed are applied for testing purposes. Incorporate drawings and explain their principle and function.

Task. Give one example of a civil engineering problem (in any subfield) that makes use of numerical methods to solve it. Explain the concepts behind the said problem and approaches on how to solve the said problem. Some examples of civil engineering problems are as follows: Analysis of structures under earthquake loading Seepage through soil • Traffic flow analysis Analysis of pipe networks SHOT ON POCO X3 NFC

Q7. Q8. Q9. Why manufacturing is considered a suitable industry for construction to use as a guideline to improve the industry performance A. Similar work process B. Superiority of manufacturing industry C. Manufacturing is an error free industry D. All of the above Which of the following is not true about the strategy that can be used to improve construction industry performance A. Using management philosophy from manufacturing industry B. Be more focus on customer and end users' need C. Using Design and Build procurement approach D. Using partnering approach to support collaborative working environment Which of the following is not consider as a tool in management from manufacturing industry that can be adopted to improve construction industry performance? A. B. C. D. Quality Function Deployment Concurrent Engineering Quality Control System Benchmarking

Identify few areas of Operation Research applications in Civil Engineering works. Discus how Operation Research is being applied.

NEED ASAP From the figure shown, determine the following(USE NSCP 2015): a. Elastic Centroid along y. b. Elastic Centroid along x. c. Elastic Section Modulus about centroidal x.  d. Elastic Section Modulus about centroidal y.  e. Plastic Centroid along y.  f. Plastic Centroid along x. g. Plastic Section Modulus about x.  h. Plastic Section Modulus about y.

Pick four advantages of CEM and explain why they're important.

Q#4: Discuss the following terms briefly: Emulsion breaking and Cutback curing, Water bound and aggregate base, Flexible pavement and Rigid pavements, Cross slope and side slope of road, Slope camber and barrel camber, Perception time and reaction time, Breast wall and retaining wall. Subject: Transportation engneering 2  Note : plz give me to the point answer

AE 2 ASSIGNMENT 1-M 1. A client is asking you to design a 4-storey residential building. He is choosing between a reinforced concrete frame versus a steel frame for the skeletal frame of the building. If you as the designer personally prefers steel construction. State two (2) ADVANTAGES of steel construction (that were discussed) in hopes of convincing your client to opt for a steel frame. State the reason why these are the two ADVANTAGES that you chose, give example for these ADVANTAGES. (Write your reasoning in paragraph form, it's best if you imagine reading your answer to your client personally.) 2. Consider number 1. But this time you are against choosing steel construction over reinforced concrete. State two (2) DISADVANTAGES of steel construction (that were discussed) in hopes of convincing your client to NOT opt for a steel frame. State the reason why these are the two DISADVANTAGES that you chose, give example for these DISADVANTAGES. (Write your reasoning in paragraph form,…

You have been asked to obtain an object/structure/component that has failed (It may come fromyour home, workshop, an automobile repair shop, a machine shop, and so on) and investigate to:1. Determine the cause and type of failure (i.e., simple fracture, fatigue, creep).2. What are the working and environmental conditions that causes the failure?3. Propose measures that can be taken to prevent future incidents of this type of failure.4. After you have determined the failure type of your case study, your leader asked you to writeshortly about the other mechanisms of failures.

Method validation includes studies of precision and accuracy of a proposed method. How would you validate precision and accuracy?

Which of the following are not sources of errors? O a. Personal O b. Environmental O c. Simulation O d. Factory Instrument

Task A. High Level Analysis B. Selection of Hardware Platform C. Installation and Commissioning of hardware D. Detailed Analysis of core modules E. Detailed Analysis of supporting Modules Programming of core modules F. G. Programming of supporting Modules H. Quality Assurance of core modules 1. Quality Assurance of supporting Modules J. Core module training K. Development and QA of accounting Report L. Development and QA of Management reporting M. Development of Management Information System N. Detailed Training Duration Times are in days 5 days work per week (Saturdays and Sundays are day-off) Create a Gantt Chart starting November 28, 2022. Duration Prerequisite 1 1 2 2 2 2 3 1 1 1 1 1 1 1 A B A D D E F G C, H E E L I, J, K, M

Q.4 (a) A new concrete bridge is to be constructed near the sea and its design has to incorporate features protecting it from exposure to marine environments. Among these, a new coating system is being proposed for concrete. You have been awarded a six-month contract to evaluate this system and materials involved. Describe the major parts of your programme, assuming that you also have access to a structure on which the coating has recently been used.

Question 48 schedule is a schedule in which the resources for a project are assigned to activities so the activities can be closely monitored. O resource-loaded O time-loaded A look-ahead O preliminary amazon Bcer F12 Scr Lk Artêtdéf PrtSclimpréc SysRg/Syst. F4 F5 F6 F7 F8 F9 F10 F11 Bre VA

In the context of maintenance engineering, briefly explain the following terms: Fault mode Degradation Severity level Functional failure • Causation of fault mode Relationship between reliability, availability and maintainability

objectives

Explain the analysis used in equipment andmachines selection.

A beam is constructed from three boards bolted together as shown. Figure $= 250 mm 25 mm 25 mm 100 mm 350 mm V 25 mm < 1 of 1 250 mm Part A Determine the shear force developed in each bolt if the bolts are spaced s = 250 mm apart and the applied shear is V = 33 kN. (Figure 1) Express your answer with the appropriate units. F = Submit Value Request Answer < Return to Assignment Units Provide Feedback ?

Q7) What is the difference between a design value and an allowable and how does variability in material properties impact this behavior?

Q 01:                                                                                                               Define lead and lag with examples. Differentiate between task dependent and resource dependent activities in primavera. Civil Engineering

- What is Computer-Aided Design or CAD?   - As Civil Engineering Students, what do you think the impact of using CAD or computer-based software in design and construction Industry today? Its significance and important changes.   - What are the Advantages using CAD software in the Design and Construction Industry. Give atleast 5 examples.   - Give some Disadvantages of CAD. Give atleast 5 examples.

Please solve it ... note:: the subject is construction management

Discuss the following terms briefly: I. Water bound and aggregate base, 2. Cross slope and side slope of road, 3. Perception time and reaction time, Subject: transportation engineering

I need the answer as soon as possible

Aim of the coursework Identify and determine the scope of hazardous substances Understanding the risk assessment procedure Develop skills in recognizing hazards Learning Outcomes Identify and differentiate the kinds of hazardous substances. Conduct hazard analysis List simple safety procedures and precautions to save any process. Task: You are expected to carry out a risk assessment in your own college/lab/workshop. Name of assessor – put any name. Date – put any date of the assessment. Time – put any time of the assessment. Work area – briefly describe the work area in terms of function, size, number of floors, number of people. For example: Ground floor warehouse, 900 square metres with up to 50 people. Task being assessed – Be specific, e.g. Use of forklift truck to move goods from loading bay to racking. You need to select FOUR hazards that are not being adequately controlled. Common hazards include: Working at height (e.g. working at height on a ladder 3 metres high) Manual…

Emergency response during fires include the following except. fire exits are ready but unchecked B prepare a fire alarm on every location © agency contact numbers are ready D seek medical treatment if hurt E have an emergency fire extinguisher Chemicals are found in many products used at construction sites. Workers may be exposed to dangerous chemicals during construction activities. These include asbestos, lead, silica, carbon monoxide, and spray paints. A) True B False These are the benefits in controlling or preventing ergonomic hazards except. A) absenteeism B increase productivity increase morale D fewer worker injuries increased savings

Is there no consideration for the 25% I/I?

A. The Construction industry is said to be a manufacturing industry. This industry is having some characteristics which makes it different from other manufacturing industries. Considering that the construction activity has no restriction on location, use of material and many other inputs. Briefly discuss the term ‘The Structure of the Construction Industry’

A forensic engineer accepts a retainer from an attorney for a plaintiff and receives selected documentation from the attorney. Subsequently the engineer bills for work that includes a review of the case documentation. Still later, because of a disagreement with the attorney, the engineer ceases to perform the work without delivering a report to the attorney and all of the documentation provided earlier. Several months later, the engineer is approached by the defense attorney's in the same case and accepts an assignment to function as an expert for the defense in the same legal dispute. Was it ethical for the engineer to accept the new assignment? OA. Yes. Several months passed before she was approached by the defense attorneys. O B. No. She did not have the consent of all concerned parties. OC. Yes. She returned all moneys paid her. O D. No. She drew no conclusions during her firs review of the material.