1) Be able to explain stainless steel sensitization and dezincification in brass as an example of...

1) Be able to explain stainless steel sensitization and dezincification in brass as an example of a composition cell.

2) Know and understand the galvanic/electromotive series and the basic elements necessary for electrochemical corrosion. That is, what is necessary and how does a galvanic cell operate.

Expert Solution

Ally Wells answered 7 months ago

A stainless steel manufacturer states, "Aluminum fastening should not be used with stainless steel." could you...

A stainless steel manufacturer states, "Aluminum fastening should not be used with stainless steel." could you use stainless steel fastenings with aluminum? Explain.

Describe applications of the Type 304L stainless steel (Fe) and explain beneficial effect of alloying with...

Describe applications of the Type 304L stainless steel (Fe) and explain beneficial effect of alloying with particular alloying elements (or change in microstructure) which change structure or properties

Explain the different regions of heat affected zone obtained in welding of Martensitic stainless steel (not...

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Tough Steel, Inc. is a processor of carbon, aluminum, and stainless steel products. The firm is...

Tough Steel, Inc. is a processor of carbon, aluminum, and stainless steel products. The firm is considering replacing an old stainless steel tube-making machine for a more cost-effective machine that can meet the firm’s quality standards. The old machine was acquired 2 years ago at an installed cost of $500,000. It has been depreciated under the MACRS’s 5-year recovery period, and has a remaining economic life of 5 years. It can be sold today for $350,000 before taxes, but if...

1.For a manufacturing application, a hollow stainless steel cylinder is to be produced into which another...

1.For a manufacturing application, a hollow stainless steel cylinder is to be produced into which another cylinder is to slide into. For example, this might be a piston in a car engine. Suppose the outer cylinder diameter is normally distributed with mean 25 mm and standard deviation 1.5 mm, and the inner cylinder diameter is normally distributed with mean 24.5 mm and standard deviation 0.5 mm. Find the 1) mean of the difference of the outer cylinder diameter minus the...

1. As a demonstration of lab safety violations, a stainless steel water bottle is filled with...

1. As a demonstration of lab safety violations, a stainless steel water bottle is filled with a small amount of liquid nitrogen, and then the cap is sealed on the bottle (don’t ever do this – you could get seriously hurt). The bottle is laid on its side on the edge of the roof of the library building, which is 14 meters above the street below. When the bottle explodes, the 240 gram bottle flies back onto the roof and...

1. Write an introduction about the thermal and mechanical properties of stainless steel and how it...

1. Write an introduction about the thermal and mechanical properties of stainless steel and how it is suited to the construction industry 2. Write an introduction about the fire testing in stainless steel 3. identify problems situated to stainless steel e.g. cost etc 4. Write up a scope based on this topic

Q 1. (25 pts) A constant pressure container is filled with 1 kg of stainless steel...

Q 1. (25 pts) A constant pressure container is filled with 1 kg of stainless steel and 0.5 kg of PVC (polyvinyl chloride) both at 20C and 0.25 kg of hot air at 500 K, 100 kPa. The container is now left alone with no external heat transfer. a. Find the final temperature. b. Find the process work. pls sol 20 minute

What is the difference between superalloys and high-temperature stainless steel?

The following are the load and gage lengths from a stainless steel. The diameter of the...

The following are the load and gage lengths from a stainless steel. The diameter of the bar is 0.506 inch. Plot engineering stress versus engineering strain for the data shown. Find the 0.2% offset yield strength for this steel. Gage length (mm) Load (N) 50.8 0 50.8102 4.590x103 50.8203 9.779x103 50.8305 14.670x103 50.8406 19.560x103 50.8508 24.450x103 50.861 27.620x103 50.8711 29.300x103 50.9016 32.680x103 50.927 33.950x103 50.9524 34.580x103 50.9778 35.220x103 51.0032 35.720x103 51.816 40.540x103 53.34 48.390x103 55.88 59.030x103 58.42 65.870x103 60.96 69.420x103...

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