Vidwan-ID : 186183

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Personal Details 1
Expertise Details 1
Experience Details 1
Qualification Details 1
Employee ID 0.2
Orcid ID 0.2
Researcher ID 0.2
Scopus ID 0.2
Google Scholar ID 0.2
Honours <=3< /td> 0.3
Honours >3 0.5
Project worth less than Rs.5,00,000/- 0.2
Project worth more than Rs.5,00,000/- 0.5
Membership in professional Bodies < 5 0.5
Membership in professional bodies >=5 1
No of publications <=15 1
No of publications between 15-45 2
No of publications >45 3

Vidwan Score 6.8

68% Complete
1 Projects

Mr Praveen Kumar Thanikonda

Assistant Professor
Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology

Publications

  • 2
    Conference
    Proceedings
  • 1
    Projects



Google Scholar


Co-author Network


Expertise

Mechanical Engineering

Fracture Mechanics in Composites, Machine Learning

Personal Information

Mr Praveen Kumar Thanikonda

1985 Male
Vignan Jyothi Nagar, Pragathi Nagar Vallurupalli Nageswara Rao Vignana Jyothi Institute Of Engineering And Technology
Hyderabad, Telangana, India - 500090


Experience

  • Assistant Professor

    Department of Automobile Engineering

    Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology, Medchal–Malkajgiri

  • Assistant Professor

    Mechanical Engineering

    MALINENI PERUMALLU EDUCATIONAL SOCIETYS GROUP OF INSTITUTIONS (INTIGRATED CAMPUS) PULLADIGUNTA (V), VATTICHERUKURU (M), PIN-522017 (CC-7W), Guntur


Qualification

  • ME

    Andhra University College of Engineering, Andhra Pradesh

  • B.Tech.

    QIS College of Engineering and Technology (Autonomous)


Membership In Professional Bodies

2017

IEI

Member

2017

IAENG

Member

2017

ISTE

Member

2017

IEI

Member

2017

IAENG

Member

2017

ISTE

Member

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Research Projects

Characterizing the relationship between electro-magnetic design, stator current control logic and vibro-acoustic behaviour of a high speed SRM, using both simulation and analytical methods.

Funding Agency : HBL Power Ltd.

Characterizing the relationship between electro-magnetic design, stator current control logic and vibro-acoustic behaviour of a high speed SRM, using both simulation and analytical methods.

Funding Agency : HBL Power Ltd.

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Patents





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Publications (3)