The document discusses the topics covered in the Engineering Materials course, including engineering material properties, heat treatment, thermodynamics, engines, and fluid mechanics. It specifically outlines the detailed content of the Engineering Material section, first introducing materials and their classification then covering both ferrous and non-ferrous metals, with ferrous metals including cast iron, wrought iron, steel, and alloy steel, and non-ferrous metals including aluminum, copper, lead, tin, copper-tin-antimony alloy, and others.

1. ENGINEERING MATERIALS

2. S.NO. DETAILED COURSE CONTENT .
n1 Engineering Material
02 Mechanical Properties and Tests
03 Heat Treatment
04 Thermodynamics
05 I.C. Engine
06 Air Compressor
07 Fluid Mechanics
08 Hydro Dynamics
09 Power Transmissio

3. ENGINEERING MATERIALS
• 1.1 Introduction of Materials
• 1.2 Need and classification of engineering materials
• 1.3 Metals and alloys
• 1.3.1 Ferrous Metals
• (i) Cast Iron
• (ii) Wrought Iron
• (iii) Steel
• (iv) Alloy Steel
• 1.3.2 Non Ferrous Metals
• (i) Aluminum
• (ii) Copper
• (iii) Lead
• (iv) Tin
• (v) Copper tin-antimony alloy
• (vi) Bearing Metals
• (vii) Copper tin alloy
• (viii) Zinc
• (ix) Copper Zinc alloy
PRAFUL
SIR

4. NOW
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6. INTRODUCTION

23. TELL ME NOW WHICH IS FERROUS AND
NON FERROUS

24. NON FERROUS METAL

25. RUST
NON FERROUS FERROUS