Part B: Non-Ferrous Objective 1. To be familiar with metallographic preparation techniques of non-ferrous metals 2. To b

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Part B Non Ferrous Objective 1 To Be Familiar With Metallographic Preparation Techniques Of Non Ferrous Metals 2 To B 1 (69.83 KiB) Viewed 43 times

Part B Non Ferrous Objective 1 To Be Familiar With Metallographic Preparation Techniques Of Non Ferrous Metals 2 To B 2 (69.83 KiB) Viewed 43 times

Part B Non Ferrous Objective 1 To Be Familiar With Metallographic Preparation Techniques Of Non Ferrous Metals 2 To B 3 (69.83 KiB) Viewed 43 times

Part B Non Ferrous Objective 1 To Be Familiar With Metallographic Preparation Techniques Of Non Ferrous Metals 2 To B 4 (69.83 KiB) Viewed 43 times

Part B: Non-Ferrous Objective 1. To be familiar with metallographic preparation techniques of non-ferrous metals 2. To be familiar with microscopic observation of phases present in Brass & Bronze and Aluminium alloy. 3. To interpret the microstructure with phase diagram Questions: 1. What is the most important property of copper? 2. Write down the possible invariant reactions in Cu-Zn phase diagram? 3. What are the different types of brasses available in market, explain with utility. 4. What is dezincification? How can it be minimized? 5. Differentiate between the terms brass and bronze? 6.Classify the different types of bronzes based on alloying elements 7. How is the core structure homogenised? 8. What are the major applications of nonferrous metals like Al, Ti and Superalloys.

Part B: Non-Ferrous Objective 1. To be familiar with metallographic preparation techniques of non-ferrous metals 2. To be familiar with microscopic observation of phases present in Brass & Bronze and Aluminium alloy. 3. To interpret the microstructure with phase diagram Questions: 1. What is the most important property of copper? 2. Write down the possible invariant reactions in Cu-Zn phase diagram? 3. What are the different types of brasses available in market, explain with utility. 4. What is dezincification? How can it be minimized? 5. Differentiate between the terms brass and bronze? 6.Classify the different types of bronzes based on alloying elements 7. How is the core structure homogenised? 8. What are the major applications of nonferrous metals like Al, Ti and Superalloys.

Part B: Non-Ferrous Objective 1. To be familiar with metallographic preparation techniques of non-ferrous metals 2. To be familiar with microscopic observation of phases present in Brass & Bronze and Aluminium alloy. 3. To interpret the microstructure with phase diagram Questions: 1. What is the most important property of copper? 2. Write down the possible invariant reactions in Cu-Zn phase diagram? 3. What are the different types of brasses available in market, explain with utility. 4. What is dezincification? How can it be minimized? 5. Differentiate between the terms brass and bronze? 6.Classify the different types of bronzes based on alloying elements 7. How is the core structure homogenised? 8. What are the major applications of nonferrous metals like Al, Ti and Superalloys.

Part B: Non-Ferrous Objective 1. To be familiar with metallographic preparation techniques of non-ferrous metals 2. To be familiar with microscopic observation of phases present in Brass & Bronze and Aluminium alloy. 3. To interpret the microstructure with phase diagram Questions: 1. What is the most important property of copper? 2. Write down the possible invariant reactions in Cu-Zn phase diagram? 3. What are the different types of brasses available in market, explain with utility. 4. What is dezincification? How can it be minimized? 5. Differentiate between the terms brass and bronze? 6.Classify the different types of bronzes based on alloying elements 7. How is the core structure homogenised? 8. What are the major applications of nonferrous metals like Al, Ti and Superalloys.