Find five examples of how engineers use graphical communication in their professional lives.

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Students have asked these similar questions

PROBLEM 3.23 3.23 Under normal operating condi- tions a motor exerts a torque of magnitude TF at F. The shafts are made of a steel for which the allowable shearing stress is 82 MPa and have diameters of dCDE=24 mm and dFGH = 20 mm. Knowing that rp = 165 mm and rg114 mm, deter- mine the largest torque TF which may be exerted at F. TF F rG- rp B CH TE E

1. (16%) (a) If a ductile material fails under pure torsion, please explain the failure mode and describe the observed plane of failure. (b) Suppose a prismatic beam is subjected to equal and opposite couples as shown in Fig. 1. Please sketch the deformation and the stress distribution of the cross section. M M Fig. 1 (c) Describe the definition of the neutral axis. (d) Describe the definition of the modular ratio.

using the theorem of three moments, find all the moments, I only need concise calculations with minimal explanations. The correct answers are provided at the bottom

Answer 2

Question

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Answer 6

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.

Answer 7

Chapter 8, Problem 8.1EAA

To determine

Find five examples of how engineers use graphical communication in their professional lives.

Answer 8

Expert Solution & Answer

Explanation of Solution

We will take examples from both practicing engineers and professors. The following are some examples:

Adhesive application that is the gramage of adhesive spread on a specific area and the bonding strength. In this condition, the gramage deposition say 50,100, and 150 and multiples of 50 can be laid on the x axis and corresponding adhesive strength of the joint plotted on the y-scale. This can be visualized clearly to provide the best deposition.
The constituents of a material (say steel) can be well illustrated in a Pie chart indicating the percentage of elements.
In the production of high pressure laminates, the papers are impregnated with phenol and melamine resins. The paper gramage can be 40, 80,120,160 gm/m2 and the impregnation will be twice the basic paper gramage. The Scratch resistance and surface properties can be evaluated and results plotted on the y-axis with the paper gramage along the x-axis. By analysing the graph, we can find the best and optimum conditions for the paper and resin loading.
A drying process requires heat. The heat (calories) can be supplied from a boiler house and the fuels can be fuel oil, diesel, wood, electricity, and natural gas. The options are given to use any of these fuels and their costs are also made available. The engineer based on the heat requirement in the dryer will figure out the quantity of fuel required and based on the cost of the fuel will arrive at the total sum against each item. This will be done graphically for better appreciation and decide on the fuel for the boiler house.
The shareholding of a company can be well illustrated in a Pie chart. This can be done by marking the area in the graph based on the percentage holding of each investor in the company.

Conclusion:

The above cited are the five examples of how engineers use graphical communication in their professional lives.