ATM 2012-The Department of Manufacturing Engineering, Annamalai University is
UGC Sponsored National Workshop on ‘Advances in Thermal analysis of
Materials-ATM-2012)
Date of Function: March 16-17, 2012.
The Department of Manufacturing Engineering, Annamalai University is
organizing a UGC Sponsored National Workshop on ‘Advances in Thermal analysis of
Materials-ATM-2012) during March 16-17, 2012.
Workshop will provide a global forum for a discussion on critical issues
concerning Thermal analysis of Materials. The Knowledge of thermal analysis techniques
are necessary to explore the stability and behaviour of these materials for property
development. These findings facilitate for selection and design of effective thermal control
systems for aerospace and automotive industries, etc. Advanced materials promise to meet
the needs of consumers and outperform conventional materials with superior properties at
all conditions. The most vital aspect of any industry, cannot progress without considering
technological advancements. Keeping abreast of the increasing challenges and enchanting,
the update in this arena is becoming increasingly mandatory. This workshop would focus
on the needs of the Industry in the rapidly changing technological ambience. This visage
of the workshop is designed to provide a platform for materials scientists, researchers,
engineers, practitioners from academia and industrial personnel to share and disseminate
their expertise.
The structural components applied for the aerospace and
automotive industries are often subjected to severe thermal and
mechanical loads. Such a concentration of thermal stress around
defects often results in catastrophic failure of components. The
performance of the thermal control system totally depends upon
the thermal behaviour of the materials used in its elements. The
measurements of the thermal properties of materials are
fundamental for better understanding of the thermal design.
Thermal analysis is a family of techniques used for studying the
thermo physical and kinetic properties of materials and are used
for obtaining a wealth of information about a material. So, the
Knowledge of thermal analysis techniques are necessary to
explore the stability and behaviour of these materials for
property development. These findings facilitate for selection and
design of effective thermal control systems for aerospace and
automotive industries, etc.
The future of advanced materials is complex and
unpredictable as materials scientists strive to improve present
materials and invent new ones to suit our needs. Advanced
materials promise to meet the needs of consumers and
outperform conventional materials with superior properties at all
conditions. The most vital aspect of any industry, cannot
progress without considering technological advancements.
Keeping abreast of the increasing challenges and enchanting, the
update in this arena is becoming increasingly mandatory.
This workshop would focus on the needs of the Industry in
the rapidly changing technological ambience. This visage of the
workshop is designed to provide a platform for materials
scientists, researchers, engineers, practitioners from academia
and industrial personnel to share and disseminate their expertise.
TOPICS TO BE COVERED (but are not limited to)
The structural components applied for the aerospace and
automotive industries are often subjected to severe thermal and
mechanical loads. Such a concentration of thermal stress around
defects often results in catastrophic failure of components. The
performance of the thermal control system totally depends upon
the thermal behaviour of the materials used in its elements. The
measurements of the thermal properties of materials are
fundamental for better understanding of the thermal design.
Thermal analysis is a family of techniques used for studying the
thermo physical and kinetic properties of materials and are used
for obtaining a wealth of information about a material. So, the
Knowledge of thermal analysis techniques are necessary to
explore the stability and behaviour of these materials for
property development. These findings facilitate for selection and
design of effective thermal control systems for aerospace and
automotive industries, etc.
The future of advanced materials is complex and
unpredictable as materials scientists strive to improve present
materials and invent new ones to suit our needs. Advanced
materials promise to meet the needs of consumers and
outperform conventional materials with superior properties at all
conditions. The most vital aspect of any industry, cannot
progress without considering technological advancements.
Keeping abreast of the increasing challenges and enchanting, the
update in this arena is becoming increasingly mandatory.
This workshop would focus on the needs of the Industry in
the rapidly changing technological ambience. This visage of the
workshop is designed to provide a platform for materials
scientists, researchers, engineers, practitioners from academia
and industrial personnel to share and disseminate their expertise.
TOPICS TO BE COVERED (but are not limited to)
Advanced instrumentation
Thermodynamics and thermo chemistry
Environmental technology and green chemistry
Inorganic materials
Composites testing and characterization
High temperature material and energy
Thermo chemical and thermo physical properties of
materials
Solid state reactions and kinetics
Thermodynamics and phase diagram studies
Thermal behavior of nanomaterials and coated
particles
Thermo physical properties in cryogenic applications
Thermal analysis of Minerals, Pharmaceuticals,
Glasses, High energy materials, Catalysts, Bio-
materials, Structural alloys, Polymers and composites.
Advanced instrumentation
Thermodynamics and thermo chemistry
Environmental technology and green chemistry
Inorganic materials
Composites testing and characterization
High temperature material and energy
Thermo chemical and thermo physical properties of
materials
Solid state reactions and kinetics
Thermodynamics and phase diagram studies
Thermal behavior of nanomaterials and coated
particles
Thermo physical properties in cryogenic applications
Thermal analysis of Minerals, Pharmaceuticals,
Glasses, High energy materials, Catalysts, Bio-
materials, Structural alloys, Polymers and composites.
FOR PAPERS
Abstract must be of one page about 250-300 words in
length typed on A4 size paper with 25 mm margin space. Title,
authors, affiliation, address, phone no., fax no. and e-mail ID of
the authors must be included. Abstract may also be sent through
e-mail. Authors will be notified about the acceptance of the
abstract by February 13, 2012. The full paper as per prescribed
format must reach the Conference Secretariat by 01-03-2012 with
duly filled registration form.
Send your papers to atm2012au@gmail.com
Dr. S. Ramanathan, Coordinator (+919944110886)
Associate Professor in Manufacturing Engineering
&
B. Karthikeyan, Organising Secretary (+919443665677)
Associate Professor in Mechanical Engineering
ATM2012
Annamalai University
Annamalai Nagar - 608002
Tamilnadu
India
Send your full papers with abstracts to both event email id as well as one CC copy to our email id technicalsymposium@gmail.com for our reference
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Source:Information(s) Provided By
Dr. S. Ramanathan, Coordinator (+919944110886)
Associate Professor in Manufacturing Engineering
&
B. Karthikeyan, Organising Secretary (+919443665677)
Associate Professor in Mechanical Engineering
ATM2012
Annamalai University
Annamalai Nagar - 608002
Tamilnadu
India
