editor@iaset.us

Sl No

Name

Affiliation

Research Specialization

Address

1

S Kathyayini

Teachig

I have a PHD 1n Translation Studies

Nelamangala,Karnataka,India

2

DEBASRI DEY

Associate Profssor

operations and supply chain management

kolkata,West Bengal,India

3

DEBASRI DEY

Associate Profssor

operations and supply chain management

kolkata,West Bengal,India

4

DR B. AMARNATH REDDY

assistant professor

Finance & Marketing

Secunderabad,Andhra Pradesh,India

5

Geddada Arun Kumar

Senior Assistant Professor

Human Resources Management Business Management Digital Marketing

Visakhapatnam ,Andhra Pradesh,India

6

Dr. Dhanamma Jagli

Assistant Professor

AI, ML, DL, Cloud

DEPARTMENT OF MCA, UNIVERSITY OF MUMBAI, V.E.S. INSTITUTE OF TECHNOLOGY, MUMBAI, INDIA,Maharashtra,India

7

Dr. Jatindranath Gain

Associate Professor & HOD in Physics

Subject -Physics
Domain- Nanophotonics, Optoelectronics, Quantum Devices, Quantum Computation, Condensed matter Physics

Kolkata,West Bengal,India

8

Veto Dey

Professor

Marketing, General Management, Digital Marketing, HR, Logistic and Supply chain

Bangalore,Karnataka,India

9

qaswaa khaled abood

lecturer

working as a teacher in the College of Science, Computer Department, University of Baghdad. I hold a master’s degree from the College of Engineering, Computer Engineering Department, University of Baghdad. I have a number of research in the field of image processing, medical and audio digital signals, research in deep learning, a course in cardiac and cerebral medical signals, and research in data security and networks. I supervised a large number of students’ graduation research in many fields in databases, data security and their applications

baghdad,Baghdd,Iraq

10

Vishwanadham Mandala

IT Expert

Computer science, Artificial Intelligence, Machine learning, Manufacturing, Automotive industry, automatic cars, IoT, Data Science, Big data

Greenwood,Indiana,United States

11

Chaudhari Ashishkumar

NURSING

NURSING, EDUCATION, ADMINISTRATION

SURAT,Gujarat,India

12

Chandra Sekhar Kolli

Associate Professor

1. Predictive Analytics
2. Privacy-Preserving Techniques
3. Machine Learning
4. Deep Learning

Bhimavaram,Andhra Pradesh,India

13

ARUN PRASAD M

ASSOCIATE PROFESSOR

METAL FORMING PROCESS,INCREMENTAL SHEET METAL FORMING,OPTIMIZATION

Trichy,Tamil Nadu,India

14

Zaibudeen A W

Faculty

Nanofluid, Magnetic nanoparticle, Gold Nanoparticle, Self-Assembly, Intermolecular interactions, Evaporation induced pattern formation, Polymer and Polyelectrolyte.

Tadepaligudem,Andhra Pradesh,India

15

Abhijit Biswas

Industry and Education

Stock price movements, Forecasting, Data Analytics, Business Intelligence, Machine Learning, Econometric modelling, Financial and Risk Management, Behavioral Investment in Securities Market

Naihati,West Bengal,India

16

Dr.K.Thamarai Selvi

Assistant Professor

Human Resource Management, Marketing, Entrepreneurship Development,
Women Empowerment, Skill based training for rural and urban development.

Coimbatore,Tamil Nadu,India

17

S.GUNASEKARAN

Assistant Professor-Senior Grade

English Literature, American Literature, African Literature, Canadian Literature, Indian Writing in English and English Language Teaching,

Trichirappalli,Andhra Pradesh,India

18

Prakash Chand Thakur

Associate Professor &HOD Department of Mathematics

Research Area is Applied Mathematics (Integral Equations and Solid Mechanics)
Integral Equation studies as The integral transforms are suitable in mathematical and physical application. Integral transforms are extremely effective mathematical methods for addressing a wide range of complex issues in science and engineering, including issues with population growth, heat conduction, motion of particles under gravity, vibration of beams, and radioactive decay. The solution of various engineering and scientific problems can be easily determined by representing these problems in integral equations. There are numerous analytical and numerical methods available for solving various types of integral equations. Different engineering and scientific issues can be represented as integral equations, which make it simple to find the solution.
In Solid Mechanics studied as Various branches of mathematics such as mechanics, algebra, calculus, differential equations and statistics etc. play an important role in the field of engineering and sciences. Mechanics is the oldest branch of engineering and sciences which deals with the behaviour of fluids and solids under the action of mechanical disturbances. Solid Mechanics is the branch of continuum mechanics that uses physical laws, mathematical techniques and computer algorithms to study the behaviour of solid materials specially their motion and deformation under the action of external forces, temperature changes, functional displacements, phase changes and other external and internal agents. In continuum mechanics, we study the system which have properties defined at all points in space. Several materials influenced by natural phenomina of solid mechanics. The vibrations in materials or structures are significant for practical applications in navigation, geophysics aerospace etc. In these applications cylindrical and spherical structures are repeatedly used. A material body have infnite number of minute particles packed in its dimensions to occupy space well, due to intramolecular forces. The material body is said to be continuum material body if it contains large number of particles so that the distance between two adjacent particles is negligibly in contrast to the aspect of the material body. We shall assume that the continuum hypothesis is valid if no gap has been noticed between the adjacent particles of the material body i.e., there exists a one to one correspondence between the geometrical points. Therefore, mechanics deals with the mechanical behaviour and kinematic of continuous matter is recognized as continuum mechanics.

SHIMLA,Himachal Pradesh,India

19

Prakash Chand Thakur

Teaching

Research Area is Applied Mathematics (Integral Equations and Solid Mechanics)
Integral Equation studies as The integral transforms are suitable in mathematical and physical application. Integral transforms are extremely effective mathematical methods for addressing a wide range of complex issues in science and engineering, including issues with population growth, heat conduction, motion of particles under gravity, vibration of beams, and radioactive decay. The solution of various engineering and scientific problems can be easily determined by representing these problems in integral equations. There are numerous analytical and numerical methods available for solving various types of integral equations. Different engineering and scientific issues can be represented as integral equations, which make it simple to find the solution.
In Solid Mechanics studied as Various branches of mathematics such as mechanics, algebra, calculus, differential equations and statistics etc. play an important role in the field of engineering and sciences. Mechanics is the oldest branch of engineering and sciences which deals with the behaviour of fluids and solids under the action of mechanical disturbances. Solid Mechanics is the branch of continuum mechanics that uses physical laws, mathematical techniques and computer algorithms to study the behaviour of solid materials specially their motion and deformation under the action of external forces, temperature changes, functional displacements, phase changes and other external and internal agents. In continuum mechanics, we study the system which have properties defined at all points in space. Several materials influenced by natural phenomina of solid mechanics. The vibrations in materials or structures are significant for practical applications in navigation, geophysics aerospace etc. In these applications cylindrical and spherical structures are repeatedly used. A material body have infnite number of minute particles packed in its dimensions to occupy space well, due to intramolecular forces. The material body is said to be continuum material body if it contains large number of particles so that the distance between two adjacent particles is negligibly in contrast to the aspect of the material body. We shall assume that the continuum hypothesis is valid if no gap has been noticed between the adjacent particles of the material body i.e., there exists a one to one correspondence between the geometrical points. Therefore, mechanics deals with the mechanical behaviour and kinematic of continuous matter is recognized as continuum mechanics.

SHIMLA,Himachal Pradesh,India

20

Dr Kotthireddy MallaReddy

Associate Professor

Language, Literatue, Culture, Heritage, Education, Language Technology etc.

Karimnagar,Andhra Pradesh,India