TTRC News letter

8/7/2019 TTRC News letter

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TTRC ascertains a new system of education where

engineering and science graduates to be trained more

industrial oriented and vocational with the necessary

soft skills incorporated. The system will throw the right

type of education and guarantees the candidate with

right jobs with their deliverables.

TTRC in addition to imparting training will deliver the

knowhow of loyalty and good citizenship which is again

an integral part of ones professional career.

Technology Training and Rese arch Centre (TTRC)NEWS LETTER

www.aaplttrc.com

#2/17,SBC,Thejaswini,Technopark,Trivandrum,Kerala-695 581.

#312, 3rd Floor, 335 Connection Point, Konena Agra-hara, Old Airport exit Road, Bangalore-560017.

Enhanced CareerThrough Professionalism

TO,

The whole art of teaching is only the art of awakening the

natural curiosity of young minds for the purpose of satisfying itafterwards.

Anatole France


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Technology Training &Research Centre (TTRC)

February, 2011Volume: #2 Issue #1

ER&D Requirements in INDIA

The Key findings of study conducted by NASSCOM& BOOZ & CO regarding Global ER&D Scenario hasbeen:

Global ER&D spend increased from USD 980billion in 2008 to USD 1,100 billion in 2009, agrowth of 7.5 per cent. It is expected to reachUSD 1,400 billion by 2020

While Automotive, Consumer Electronics andTelecom, all traditionally high spenders onER&D, continue to lead ER&D spend, emergingsectors include Computing Systems, MedicalDevices, Energy and Infrastructure

Moving forward, ER&D spend will be largelydriven by four emerging trends increased useof electronic components and communicationtechnologies, search for alternate fuels andgreater fuel efficiency, convergence of

technologies enabling a single device toperform multiple functions, and increasingdemand from emerging markets, especiallyIndia and China, for localized products

Indias ER&D spend in 2009, at about USD 12-15billion, has been growing at a CAGR of 24 percent over the last 4-5 years with Automotive,Commodities, Energy/Utilities.

Technology Training in INDIA and TTRCS Role

Besides having increased competition globally, the Indian

subcontinent is the preferred location for offloading ER&D

services by all other countries. This actually relies on

reduced costing put forth by Indian Companies and the

lowest wages offered to the employees. However the

requirement of trained nationals in ER&D is huge in the

years to come, which demands industrial oriented training

at the graduate level. Our country is the most cost efficient

center with adequate talented and skilled labor, investor

friendly tax policies and the best government initiatives in

setting up dedicated export zones.

India is truly the most preferred destination for leading

Aerospace companies. The Aerospace industry trend will

pick up with further momentum as the country comes out

of the global economic crisis. The expected high end man

power for the upcoming ER &D companies is progressing

geometrically.

Realizing the Importance of Technological Training in India

TTRC Governance principles are set to supplement anyinstitutions with support to achieve their desired intention

It also will help institutions to create sound, ethical and

professional candidates. TTRC oversees the implementatio

of strategic plans at Institutions and Organizations towards

producing quality ascertained professionals.

AAPL

TTRC

Engineering Students can log in to

www.aaplttrc.com for free registration and

membership.

Being a member of TTRC a candidate will have

global exposure to the present industrial demands

All members are entitled for free news letters andother related peripherals.


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Volume: #2 Issue #1

Emerging trends in IndustryWorking out with computational methods

Computational mechanics is an integral and major subject of research in

many fields of science and engineering, design and manufacturing. Major

established industries such as the automobile, aerospace, atmospheric

sciences, chemical, pharmaceutical, petroleum, electronics and

communications, as well as emerging industries such as biotechnology,

nanotechnology, and information technology rely on computational

mechanics-based capabilities to model and numerically simulate

complex systems for the analysis, design, and manufacturing of high-

technology products The use of the finite element method and its

variants, both in scientific inquiry and in professional practice has

become popular in all domains of engineering and technology. The

growth of engineering consulting firms has been expanded in an

unexplained manner throughout the globe since the last two decades

thereby raising the scope of qualified CAE Engineers.

In precise:

Computational Science and Engineering: Finite element method,

boundary element method, finite difference method, meshless

techniques, automated and adaptive analysis methods and engineering

design and optimization.

Industrial Applications: Aerospace, biological, chemical, civil,mechanical, materials science, electrical engineering, and

manufacturing processes.

Computational Processes: Algorithms, software technology and tools,

high performance computing and parallel and distributed computing,

artificial intelligence, scientific visualization and virtual reality - all in the

context of simulation of natural and physical phenomena.

More on this topic can be found in www.aaplttrc.com

NLP for Self andIndustry

Focusing on the Uncon-

scious Goal Setters and

Goal Getters:

Lindsey Agness describes

a person's conscious mind

as the goal setterand their

unconscious mind as thegoal getter. Whatever a

person focuses on

consciously will manifest

subconsciously, and

eventually in that person's

reality. The RAS is a verypowerful filtering tool and

an awareness of it should

only lead to one being

much more aware aboutwhat positive or negative

thoughts make up one's

thought process on a day to

day basis.

Technology Training and Research Centre (TTRC)

Academic

Project

Guidance is

offered for

Students

TTRC ensures each candidate to obtain the finest blend of expertise CAE training, covering a broad range of topics from the bsic physical concepts to advanced modeling techniques prevailing techniques in CAD/CAE & CFD. Whether you are new toengineering simulation or a highly skilled specialist, TTRC can provide the training and guidance you need to succeed. The li sprograms include:

Ansys Products like APDL, Design Modeler, Autodyne, Blade Modeler, Multiphysics, Mold Flow, ICEM CFD, Fluent and CFX

Altair Products: Hyper mesh and Hyper view

Dassault Products: Catia MD2, HD2 and Abacus.

MSc Products: Nastran and Patran

FE Software for TransformerDesign A TTRC Initiative

TTRC aims at developing an

integrated, three-dimensional, f

element package for the analy

and design of power transforme

The exercise is carried out unde

guidance of Dr. Paul who has b

a working consultant for variou

MNCS and PSUs in electro

mechanical industries.

The software so developed wil

an abstract from construction in

mation and the approach implments frequency-dependent ph

nomena on a physical basis. T

software takes into account the

ous losses occurring in electros

devices. The software provides

curate results with options of e

ploying optimized coarse mesh.

software will basically have 3D p

ins as design tool and further c

sists of an automated pre-proces

magneto static solver and pos

processor. High accuracy, low c

putational cost, minimization of u

interaction and functional interf

will be the main advantages of

software, rendering it a power

computational tool for characteri

prediction of single and dual volt

transformers. Enhanced compu

tional efficiency is accomplished

employing various FEM techniq

also the software has been inco

rated in the design Process of

transformer manufacturing indu

for the evaluation and testing in

cordance with practical applicati

FE Programmes at TTRC


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February 2011 Volume: #2 Issue

TTRC has invitedstudents fromIndian universities toparticipate in anational competitionto develop new ideasfor a greener aviationindustry.

TTRC is offering agrand prize ofRs.30,000 forwinners and

Rs.15,000 for runner-ups as part of its FlyYour Ideas (FYI)competition.

The biennial contestinvolves threeprogressivelychallenging roundsjudged by a panel ofindustry experts.

Fly Your Ideas is aunique opportunityfor students to be

part of TTRCs visionfor an eco-efficientaviation industry ofthe future. Thecompetition isdesigned to stimulateideas for both a moreconnected andsustainable world..

Students of any age,gender or discipline from engineering toscience; philosophyto design areinvited to take part.

To enter FYI 2011students mustregister as a team oftwo to four memberson TTRC website bysending a mail withsubject SDC [email protected]

Aircraft design is initiated with conceptual design phase where the designers objectivewould be to obtain the final configuration of aircraft. It becomes very significant for thedesigner to predict accurate lift and drag parameters at this stage, since once obtainingthe configuration the changes before prototyping should be minor.Aerodynamics typically supersonic or subsonic can be supplemented with empiricaldata's, but the requirement of flow simulations in transonic flows have resulted in in-creased use of Computational Fluid Dynamics commonly known as CFD. It becomes obvious that the job of a design engineer truly relies on CFD from the conceptual phase itself.More on this topic in the coming issues.

Finite Element Modelling of Primary Aircraft Structures

Course Description:

An examination of fundamental hands-on finite element modelling and analysis of primary aircr

structures including a steel tube aircraft engine mount, metal wing, and composite fuselage. Th

example aircraft is a general aviation 6 place aircraft that has the lofts pre-generated using sup

rior design tools like CATIA/NX/PRO E. Similar to the interaction between the designers and

stress analysts at large aircraft companies, the users will import this geometry and learn some

the advantages and pitfalls of working with CAD data supplied by another group. Finite elemen

modelling will be accomplished using ANSYS, NASTRAN, FEMAP and ABACUS as the pre an

post analysis software.

Intended Audience: Entry-level stress engineers and design engineers/Engineering studen

of Aero/Mech/Struc/Civil.

For more coursework's logon to: www.aaplttrc.com

Computational fluid mechanics as a design tool for

Aerospace Industry

Technology Training andResearch Centre (TTRC)

TTRC FYI Competition

Geometric Dimensioningand Tolerance Analysis

Course Description:

The purpose of this course is to develop

an in-depth understanding of the princi-ples of geometric dimensioning and tol-erance (GD&T) for design, manufactur-ing, and inspection, according to theASME Y14.5M-1994 standards.

Coursework's

AT TTRC

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