Evaluating/estimating corrosion test specimen
Get an oxidized model of the specimen
getting a homogeneous corrosion layer
corrode the specimen with salt water in a concentration of 3.5% with a volume of 1.5L, in a Pyrex glass cup, and put it on a heat plate at 35 degrees for days, until we see the specimen corroded. adding water every time the system loses util the volume is 1.5L
possible solutions to evaluate the amount of remaining corrosion on a cold-rolled steel 1008 specimen after the use of a rust remover.
No impact components:
for now, there is no conclusion, A few parameters need to be checked to choose the most appropriate solution to the problem.
If | the amount of corrosion was checked by transmitting a light wave and comparing swallowed wavelengths before and after using the dust remover. |
|---|---|
Then | the problem will be solved |
But | need to buy sophisticated technological machines with light detectors |
If | the chosen solution is to weigh the model before and after |
|---|---|
Then | it will be easy to solve the problem without sophisticated technology equipment |
But | the results are inaccurate and the experiment is unscientific |
The aim of the project is to evaluate the amount of remaining corrosion on a cold-rolled steel 1008 specimen after the use of a rust remover.
| Option | Rank |
|---|---|
Galvanic electrochemical cell experiment | 3 |
polarization experiment | 2 |
weight the specimen before the use of the rust removal and after | 1 |
transmitting a light wave and checking the swallowed wavelengths | 0 |
Anatoly Agulyansky
This is a great project. You performed a good analysis and found a solution. Continue to use the platform and let me know if you need help.
Alex Agulyansky
I am a bit puzzled about how the SFM tool was used. I find it interesting and I wonder what was the target of that. https://hub.priz.guru/project/2344/tools?tp=1#tool-3536
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