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Faculties Details

Mr. Amit J. Thoriya

Designation

Assistant Professor

Department

Civil Engineering

Email Id

amitkumar.thoriya@marwadieducation.edu.in

Educational Qualification

M.E. – (Structural Engineering)

DOB

19 September 1989

Work Experience

Teaching: 3.5 years
Industry: 1 year

Area of Interest/ Specializations

Structural Analysis
Structural Design
Structural Dynamics & Earthquake Engineering

Subjects teaching at U.G. Level

Elements of Civil Engineering
Mechanics of Solids
Structural Analysis
Structural Design
Earthquake Engineering

Subjects teaching at P.G. Level

Matrix Methods of Structural Analysis
Advanced Design of Concrete Structure
Structural Dynamics and Earthquake Engineering

Research Guidance MASTER

01

Research Guidance Ph.D

Projects carried out

Patents

Achievements

Awards

Book published

No. of paper published in national conferences

1

No. of paper published in international conferences

1

No. of paper published in national journals

No. of paper published in international journals

3

Professional membership

Life Time Member of Indian Society of Technical Education
Life Time Member of American Concrete Institute (India Chapter)

Research publications

1.Jay D. Vekariya, Amit J. Thoriya “Passive Control of Structure Using Triple Friction Pendulum in Segmental Building”, International Journal of Advance Research in Engineering, Science & Technology, e-ISSN: 2393-9877, p-ISSN: 2394-2444, Volume 03, Issue 05, May-2016.
2.Thoriya A. J, Dhankot M.A. “Seismic behaviour of segmental building with friction pendulum system”. IMCIET - International Conference on Civil Engineering (ICCE-2014), Bangalore- India. Elsevier Science and Technology Publication, ISBN-978-93-5107-268-3.
3.Amit J. Thoriya, Mazhar A. Dhankot, “Passive Control of Structures Using Sliding Isolators at Intermediate Floor Levels”, International Journal of Research in Engineering and Technology, Vol-03, Isssue-04, eISSN: 2319-1163 | pISSN: 2321-7308, April-2014.
4.Amit J. Thoriya, Mazhar A. Dhankot, “Effectiveness of Friction Pendulum Isolators at Intermediate Floor Levels”, National Conference on Recent Advances in Civil and Structural Engineering, ISBN: 978-81-927554-1-0, Vol.-I Page No.: 165, April 2014.

Technology transfers

Workshop

4 STTPs
3 FDPs

Strength

Weakness