Advanced Materials Engineering. Develop your technical abilities in materials engineering as well as your managerial skills, with modules aimed at helping you advance your career.
1. A
POWER POINT PRESENTATION
ON
“ADVANCE MATERIAL ENGINEERING”
Submitted in partial fulfillment for the award of the
Degree of
Bachelor of Technology
In
“MECHANICAL ENGINEERING”
(Session 2019-20)
Submitted to: - Submitted by: -
Mr. Gourav Purohit NandKr Sharma
B. TECH 8th
SEMESTER
(Head of Department)
Mechanical Engineering
Department of Mechanical Engineering
Aravali Institute of Technical Studies, Udaipur
Rajasthan Technical University, Kota
2. ABSTRACT
Advanced Materials Engineering. Develop your
technical abilities in materials engineering as
well as your managerial skills, with modules
aimed at helping you advance your career.
ABSTRACT
Advanced Materials Engineering. Develop your
technical abilities in materials engineering as
well as your managerial skills, with modules
aimed at helping you advance your career.
4. INTRODUCTION
INTRODUCTION
Advanced Materials gives an unique
insight into the specialized materials that
are required to run our modern society.
Provided within are the fundamental
theories and applications of advanced
materials for metals, glasses, polymers,
composites, and nanomaterials. This
book is ideal for scientists and engineers
of materials science, chemistry, physics,
and engineering, and students of these
disciplines.
1
.
1.
5. 2. COMPOSITION
Advanced Engineering Materials is a peer-reviewed
materials science journal that publishes monthly.
Advanced Engineering Materials publishes peer-reviewed
reviews, communications, and full papers, on topics
centered around structural materials, such as metals,
alloys, ceramics, composites, plastics etc..
6. • Nano materials exhibit
different colours depending
upon their size.
• Nano material when
irradiated with UV light emit
vision light.
• Melting point of nano
material is lower than multi
point of bulk.
• Reactivity of nano
materials is more than that
of bulk materials.
3. PROPERTIES OF ADVANCE ENGINEERING MATERIALS
7. 4. BENEFITS OF ADVANCE
MATERIAS
1. Design flexility.
2. Low cost per cubic inch.
3. Lower material cost.
4. Imroved productivity.
5. Durable
6. Chemical Resistance
7. Corrosion resistance
8. Moulded in colours
9. High impact strength
10. Heat resistance
11. Light weight than metal
12. Retention
13. Creep resistance
14. Superior thermal stability
15. Electric insulation