what is basic metallurgy?

Answer 1

Metallurgy is science dealing with the extraction, refining and processing of metals along with the study of making new materials by combining different metals at right proportion (called alloys) for different components under different conditions like stress, corrosion, wear etc. It also deals with the joining of metals, atomic level study of metals etc.

Metallurgy can be classified into different broad catagories like:
1. Metal Processing (includes extraction, refining and processing of metals and alloys)
2. Materials Transformation (includes the structural changes occuring within the metals during processing or during its lifetime)
3. Failure Analysis (analysing why the material has failed, how and the solution for that)
4. Tribology (deals with wear & tear of materials)
5. Corrosion study
6. Metal joining Techniques (includes welding, cutting, machining, etc)
7. Experimental Analysis
8. Alomic level analysis

Answer 2

Basic Metallurgy

Answer 3

Basic Metallurgy is the perfect primer for anyone needing an understanding of the fundamental concepts associated with metals and their weldability—Engineers, Engineering Students, Designers, Welders, Welding Instructors, to name a few.

Answer 4

Metallurgy is a domain of materials science and of materials engineering that studies the physical and chemical behavior of metallic elements, their intermetallic compounds, and their mixtures, which are called alloys.

You could get more information from the link below...

Answer 5

Metallurgy is a domain of materials science and of materials engineering that studies the physical and chemical behavior of metallic elements, their intermetallic compounds, and their mixtures, which are called alloys..

Answer 6

metallurgy per se is a huge specialised branch of engineering dealing with the extraction, structure, behaviour, design, testing, properties, fabrication, joining, etal of metals and alloys
Basic metallurgy refers to the minimally required knowledge of metals and their aforesaid properties etc as useful to a specific field of engineering.

Answer 7

Computer-based multimedia training can provide an efficient alternative to conventional training methods. It offers a highly effective learning environment in terms of knowledge retention, without the overhead costs associated with attending a classroom-based training course. It is generally agreed that the interactivity inherent in multimedia systems sustains the attention of the student and aids memory retention. By including activities such as exploring a diagram, searching for the answers to questions, or simply selecting a path through the course, students are more likely to remember the course material. In addition, the ability to draw on a wide range of media types to present complex issues can greatly simplify the learning process. For example, animations are often the clearest way of describing abstract concepts and can depict details that cannot be recorded on video.
In contrast to more traditional training methods, multimedia systems enable students to study locally and at a convenient time without having to leave their day-to-day activities for long periods. Students can work at their own pace, select the material relevant to their needs and receive immediate feedback on their progress via automated testing.

Lloyds Register and TWI have developed an interactive multimedia training programme that can be used as a prerequisite to practical-based training sessions. Using this approach, students undertaking the practical course will have a common grounding in the theoretical issues on which to build their practical skills.

Answer 8

The change of its form and feed with respect to surrounding (eg. temperature, UV Ray, adjacent metallurgy beside and etc) and Aging (time)

Answer 9

The science that deals with procedures used in extracting metals from their ores, purifying and alloying metals, and creating useful objects from metals

Answer 10

study of metals