Projects that don't have human factors involved are:
- The Use of Artificial Intelligence to Power Road Construction Robots;
- End to End robotic Automobile production line.
Other projects that require human factors are;
- Traditional road construction projects;
- Traditional building construction projects.
<h3>What are the human factors for Road Construction?</h3>
The role of human factors includes but is not limited to:
- Operation of Heavy-Duty Vehicles
- Human Resources (taking care of people)
- Finance operations (Finance and Accounting) etc.
At construction sites, excavation is one of the roles of humans. Another instance is injuries, compensation, etc is the work of the Human Resources Officer.
Human factors include environmental, organizational, and job elements, as well as human and individual qualities that influence workplace behavior and can have an impact on health and safety.
Human-factors engineering has been applied to simple equipment such as highway signs, telephone sets, hand tools, and stoves, as well as a wide range of contemporary, sophisticated complexes such as data systems, automated warehouses, and factories. robots, and space vehicles.
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An irrigation fluid that is used for endoscopic procedures using monopolar electrosurgery is Glycine 1.5% solution.
<h3>What is an irrigation fluid?</h3>
This is a fluid that is used for dilation during the process of endoscopic surgery.
What the fluid does is that it helps to wash away dirt from the operating area after it has dilated the area.
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Answer:
The method will be explained below
Explanation:
The APWA methodology will be used to compute the calculation.
Answer:
Explanation:
The formula for critical stress is
K is the plane strain fracture toughness
Y is dimensionless parameters
We are to Determine the Critical stress
Now replacing the critical stress with 54.8
a with 0.2mm = 0.2 x 10⁻³
Y with 1
The fracture will not occur because this material can handle a stress of 2186.20Mpa before fracture. it is obvious that is greater than 2023Mpa
Therefore, the specimen does not failure for surface crack of 0.2mm
Answer:
height ≈ 60.60 m
Explanation:
The surveyor is trying to find the height of the hill . He takes a sight on the top of the hill and finds the angle of elevation is 40°. The distance from the hill where he measured the angle of elevation of 40° is not known.
Now he moves 150 m on level ground directly away from the hill and take a second sight from this point and measures the angle of elevation as 22°. This illustration forms a right angle triangle. The opposite side of the triangle is the height of the hill. The adjacent side of the triangle which is 150 m is the distance on level ground directly away from the hill.
Using tangential ratio,
tan 22° = opposite/adjacent
tan 22° = h/150
h = 150 × tan 22°
h = 150 × 0.40402622583
h = 60.6039338753
height ≈ 60.60 m