Can Tresca's Law Be Proven Using Yield Application in Blacksmith Forging?

In summary, Tresca's law states that the yield application of a hammer hitting a specimen is equal to the yield strength divided by the square root of 3. This can be proven by measuring the yield strength and performing an experiment to show that the resulting deformation is equal to the yield strength divided by the square root of 3.
  • #1
Jillansts
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How do i find out yield application of hammer hitting a specimen (just like blacksmith did? Since tresca law stated yieldmaterial<yield application to make deformation of specimen, yield of material for example 100MPa (high tempt yield) but yield application=F/A (assume force given is 600Newton, and A is hammer head area (assume 55x60 mm), so the yield of material is only 0,18 MPa, but the actual it does deformed. How can i prove that tresca law is right?
 
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  • #2
Tresca's law states that the maximum shear stress in a material is equal to the yield strength divided by the square root of 3. In other words, the yield application of hammer hitting a specimen is equal to the yield strength divided by the square root of 3. The yield strength of a material is the maximum amount of stress it can take before it permanently deforms. To prove that Tresca's law is right, you can perform a simple experiment. First, measure the yield strength of the material you are using. Then, apply a known force, such as 600 Newtons, to the specimen with a hammer. Measure how much the specimen deforms. If the deformation is equal to the yield strength divided by the square root of 3, then Tresca's law is correct.
 

What is the yield of blacksmith forging?

The yield of blacksmith forging refers to the amount of usable metal produced from the forging process. This can vary depending on factors such as the type of metal being forged, the skill of the blacksmith, and the desired final product.

How is the yield of blacksmith forging measured?

The yield of blacksmith forging is typically measured by calculating the percentage of the original metal that remains after the forging process. For example, if 100 pounds of metal is used and the final yield is 80 pounds, the yield would be 80%.

What factors can affect the yield of blacksmith forging?

Several factors can affect the yield of blacksmith forging, including the type and quality of the metal being used, the forging techniques and methods used by the blacksmith, and the temperature and conditions of the forge. Proper preparation and skillful execution by the blacksmith can also have a significant impact on the yield.

Can the yield of blacksmith forging be improved?

Yes, the yield of blacksmith forging can be improved through careful selection of materials, precise forging techniques, and efficient use of the forge. Experienced blacksmiths can also often achieve a higher yield due to their knowledge and expertise in the forging process.

Why is the yield of blacksmith forging important?

The yield of blacksmith forging is important because it directly affects the efficiency and profitability of the blacksmith's work. A higher yield means less wasted material and more usable product, resulting in a better return on investment for the blacksmith. It also reflects the skill and quality of the blacksmith's work.

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