• Teaching : 17 years
• Research : 14 years
• Industry : 3 years

• National : 4
• International : 51

• National : 15
• International : 15

• National Organized : 5
• Attended : 19
• International Organized : 2
• Attended : 10

Books

• No of Books : 4

No of Books: 4

1. Dr. P.Perumal, Dr.V.Rajkumar, Dr.M.Anbarasu, Th. R.Ravi` and V.V. Balaji., (2011). “Draught Man Civil – Theory (English) For H.S.C Vocational Stream Students” - Tamil Nadu Text Book Corporation, Government of Tamil Nadu, Chennai.
2. Dr. P.Perumal, Dr.V.Rajkumar, Dr.M.Anbarasu, Th. R.Ravi and V.V. Balaji., (2011). “Draught Man Civil – Theory (Tamil) For H.S.C Vocational Stream Students - Tamil Nadu Text Book Corporation, Government of Tamil Nadu, Chennai.
3. 3. Dr. P.Perumal, Dr.V.Rajkumar, Dr.M.Anbarasu, Th. R.Ravi and V.V. Balaji., (2011) “Draught Man Civil – Practical (English) For H.S.C Vocational Stream Students” - Tamil Nadu Text Book Corporation, Government of Tamil Nadu, Chennai.
4. 4. Dr. P.Perumal, Dr.V.Rajkumar, Dr.M.Anbarasu, Th. R.Ravi and V.V. Balaji., (2011) “Draught Man Civil – Practical (Tamil) For H.S.C Vocational Stream Students” - Tamil Nadu Text Book Corporation, Government of Tamil Nadu, Chennai.

1. Engineering Structures (Elsevier)
2. Thin-walled Structures (Elsevier)
3. Journal of Constructional Steel Research (Elsevier)
4. Institution of Engineers India (Springer)
5. Internnational Journal of Steel Structures (Springer)
6. Structural Engineering and mechanics
7. Steel and Composite structures
8. Advances in computational design
9. Asian journal of Civil Engineering
10. Journal of the Institution of Engineers
11. Advances in Civil Engineering
12. Ain Shams Engineering Journal
13. Mathematical Problems in Engineering
14. Structural Concrete
15. International Journal of Structural Stability & Dynamics

1. Ranked among “Top 2% of researchers in the World for the year 2020” as per the list published by Elsevier BV and Stanford University,USA. https://elsevier.digitalcommonsdata.com/datasets/btchxktzyw/3
2. Received grant for an amount of Rs. 3.91 Lakhs to conduct AICTE sponsored two week faculty development programme on “Analysis and Limit State Design of Structural Steel works as per Is 1893-2016 & Is 800-2007” From 13.11.2019 To 26.11.2019.
3. Received grant for an amount of Rs. 5.44 Lakhs to conduct MHRD sponsored GIAN course on “Sustainable Infrastructure Design using High Strength Metallic Alloys” from 04.01.2018 to 09.01.2018.
4. Outstanding Reviewer Award from the journal of Thin-Walled Structures – Elsevier publications - 2017.
5. Received grant for an amount of Rs. 2,74,000/- under Minor Research Project from UGC, New Delhi (2017).
6. Received grant for an amount of Rs. 10,000/- from Tamil Nadu State Council for Science and Technology, Chennai, Tamil Nadu under Student Project Scheme – 2016.
7. The project guided is selected as best project/presentation in (Student project Scheme-2014-15)TNSCST,Chennai.
8. Received grant for an amount of Rs. 7,500/- from Tamil Nadu State Council for Science and Technology, Chennai, Tamil Nadu under Student Project Scheme – 2013.

• Ph.D Guidance Awarded =1
• Thesis Submitted = 1
• Synopsis submitted = 1
• Ongoing =1

1. He is an Estate Officer in the Government College of Engineering, Salem from the year 2014 to till date.
2. He is the TEQIP – III Finance Nodal officer in the Department of Civil Engineering, Government College of Engineering, Salem in the year 2018.
3. He is the Faculty Incharge of the Hydraulic Laboratory in the Department of Civil Engineering, Government College of Engineering, Salem from the year 2018 to till date.
4. He is the faculty advisor for the B.E. Part-Time students in the Department of Civil Engineering, Government College of Engineering, Salem for the batch 2017-20.
5. He is a member in the GATE coaching committee organized by the Government College of Engineering, Salem to the GATE aspirants all over Tamil Nadu in the year 2020.
6. He is a member in the NBA Civil Departmental committee from the year 2016 to till date.
7. He is the time table Incharge in the Department of Civil Engineering, Government College of Engineering, Salem from the year 2016 to 2018.

1. Dr.M.Anbarasu (2021)“Testing and modelling of hot-rolled steel castellated hollow tubular beams”, Structures 34(5) – Elsiver. DOI:10.1016/j.istruc.2021.10.003.
2. Dr.M.Anbarasu (2021)“Cold-formed steel battened built-up columns: Experimental behaviour and verification of different design rules developed”, Advances in Structural Engineering. DOI:10.1177/13694332211048006.
3. Dr.M.Anbarasu (2021) “Testing and FE simulation of lightweight CFS composite built-up columns: Axial strength and deformation behaviour”, Thin-Walled Structures 167 (15):108222. DOI:10.1016/j.tws.2021.108222.
4. Dr.M.Anbarasu (2021) “Cold-Formed Steel Built-Up I-Beam with the Trapezoidal Corrugated Web: Tests and Numerical Simulation”, Journal of the Institution of the Engineers (India) Series A. DOI:10.1007/s40030- 021-00571-8.
5. Dr.M.Anbarasu (2021) “Wide-Flanged CFS Built-Up Columns: Comparison of Test Strengths, Numerical Validation & Design Strengths”, Innovative Infrastructure Solutions, 6,179. https://doi.org/10.1007/s41062-021-00540-x.
6. Dr.M.Anbarasu (2021) “Parametric study and improved design guidelines of CFS battened built-Up Columns”, Steel and Composite structures 40(5):733-746. DOI:10.12989/scs.2021.40.5.733.
7. Dr.M.Anbarasu (2021) “Testing Of Cold-Formed Ferritic Stainless Steel Stub Columns: Axial Behaviour And Design Strengths”, Innovative Infrastructure Solutions, 6,176. https://doi.org/10.1007/s41062-021- 00541-w.
8. Dr.M.Anbarasu (2021) Cold-formed ferritic stainless steel closed built- up beams: Flexural behaviour and numerical parametric study, Thin Walled Structures,Volume 164,2021,107816.
9. Dr.M.Anbarasu (2021) “Flexural Behavior of Cover Plated CFS Built- Up Beams Composed of Lipped Channels: Comparison of test and design strengths”, Structures, – Volume 30(6) –Pg. No: 294-304.
10. Dr.M.Anbarasu (2021) “Simplified Approach To Estimate The Lateral Torsional Buckling Of Gfrp Channel Beams”, Structural Engineering And Mechanics, – Volume 77(4) –Pg. No: 523-533., DOI: 10.1007/s13369- 020-05208-9.
11. Dr.M.Anbarasu (2021) “A simplified design method for lateral Torsional for lateral torsional buckilng of GFRO pultruded I–Beams”, Arabian journal for Science and Engineering. DOI: 10.1007/s13369-020-05208-9
12. Dr.M.Anbarasu (2021)Study of Behaviour of Web-Stiffened Built-Up Beam, Lecture Notes in Civil Engineering. Pg. No: 53-67. DOI: 10.1007/978-981-15-5107-75.
13. Dr.M.Anbarasu (2020)”Development Of An Efficient Steel Truss System Using CFS Sections: A Comparative Study With A Hot-Rolled Steel Truss”, International Journal of Structural Integrity. 10.1108/IJSI- 06-2020-0060.
14. Dr.M.Anbarasu (2020)“Effect Of External Strengthening On The Flexural Capacity Of Cold-Formed Steel Beams”, Materials Today Proceedings. 10.1016/j.matpr.2020.04.17.
15. Dr.M.Anbarasu (2020) “Axial Capacity Of CFS Built-Up Columns Comprising Of Lipped Channels With Spacers: Nonlinear Response And Design”, Engineering Structures. Volume-213(1).
16. Dr.M.Anbarasu (2020) “Behavior of CFS Built Up Battened Columns: Parametric Study And Design Recommendations”, Structural Engineering and Mechanics – An International Journal. Volume: 74(3); Pg.No:381- 394.
17. Dr.M.Anbarasu (2020) “Efficient Cross-Sectional Profiling Of Built Up Cfs Beams For Improved Flexural Performance”, Steel and Composite Structures – An International Journal. Volume: 34(3); Pg.No:333-345.
18. Dr.M.Anbarasu (2020) “Flexural Strength Of Cold-Formed Steel Built- Up Composite Beams With Rectangular Compression Flanges”, Steel and Composite Structures – An International Journal. Volume: 34(2); Pg. No: 171-188.
19. Dr.M.Anbarasu (2020) “Improved Design Procedure For Battened Cold- Formed Steel Built-Up Columns Composed Of Lipped Angles”, Journal of Constructional Steel Research. Volume: 164; Pg.No:105781.
20. Dr.M.Anbarasu (2019) “Effect Of Angle Stiffeners On The Flexural Strength And Stiffness Of Cold-Formed Steel Beams”, Steel and Composite Structures – An International Journal. Volume: 33(2); Pg.No:225-243.
21. Dr.M.Anbarasu (2019) “Behavior of cold-formed steel built-up battened columns composed of four lipped angles: Tests and numerical validation”, Advances in Structural Engineering. Volume: 23(1); Pg.No:51-64.
22. Dr.M.Anbarasu (2019) “Structural Behavior of Intermediate Length Cold-Formed Steel Rack Columns with C-Stitches”, Frontiers of Structural and Civil Engineering. Volume: 134(4); Pg.No:937-949.
23. Dr.M.Anbarasu (2019) “Simulation of Flexural Behavior and Design of Cold-Formed Steel Closed Built-Up Beams Composed Of Two Sigma Sections for Local Buckling”, Engineering Structures. Volume: 191; Pg.No:549-562.
24. Dr.M.Anbarasu (2019) “Numerical Investigation On Behaviour And Design Of Cold-Formed Steel Built-Up Column Composed Of Lipped Sigma Channels”, Advances in Structural Engineering. Volume: 22(8); Pg.No:1817-1829.
25. Dr.M.Anbarasu (2019) “Behaviour Of Cold-Formed Steel Built-Up I- Section Columns Composed Of Four U-Profiles”, Advances in Structural Engineering. Volume:22(3); Pg.No:613-625.
26. Dr.M.Anbarasu (2019)” Behaviour of partly stiffened cold-formed steel built-up beams: Experimental investigation and numerical validation”, Advances in Structural Engineering. Volume: 22(1); Pg.No:172-186.
27. Dr.M.Anbarasu (2019) “Behaviour Of Cold-Formed Steel Built-Up Columns: Tests and Numerical Simulation”, Journal of Structural Engineering (Madras). Volume:46(2); Pg.No:134-145.
28. Dr.M.Anbarasu (2019) “Strength and Behavior Of Cold-Formed Steel Built-Up Battened Columns: Tests And Numerical Validation”, Journal of Structural Engineering (Madras). Volume: 46(2); Pg.No:154-165.
29. Dr.M.Anbarasu (2018)“Behaviour of cold-formed steel built-up I-section columns composed of four U-profile”Advances in Structural Engineering.2018,Volume: 22(4); Pg. No: 613-625.
30. Dr.M.Anbarasu (2018)“Structural Performance Of Cold-Formed Steel Composite Beams”Steel and Composite Structures – An International Journal.2018,Volume: 27(5); Pg. No: 545-554.
31. Dr.M.Anbarasu (2017)“Interaction Of Local-Flexural Buckling For Cold-Formed Lean Duplex Stainless Steel Hollow Columns”Thin-Walled Structures,2017,Volume: 112; Pg. No: 20-30.
32. Dr.M.Anbarasu (2017) “Effect of Spacers on Ultimate Strength and Behavior of Cold-Formed Steel Built-Up Columns”Procedia Engineering.2017,Volume: 173; Pg.No:1423-1430.
33. Dr.M.Anbarasu (2017) “Influence On Ultimate Strength Of Cold- Formed Steel Lipped Channel Columns Subjected To Interaction On Distortional – Global Buckling”Advances in Natural and Applied Sciences. 2017,Volume: 11(8); Pg. No: 192-201.
34. Dr.M.Anbarasu (2017) “Structural Performance of Cold Formed lean Duplex Stainless Steel flat Oval Hollow Columns”Advances in Natural and Applied Sciences(2017), Volume: 11(8); Pg.No:192-201.
35. Dr.M.Anbarasu (2017)“Finite Element Modelling of Cold formed Lean Duplex Stainless Steel Beams”Indo Global Journal of Applied Engineering, 2017,Vol 5, Issue 1,pp:206 – 209.
36. Dr.M.Anbarasu (2016) “Behaviour and design of cold-formed lean duplex stainless steel lipped channel columns”, Thin-Walled Structures. Volume: 104; Pg.No:106-115.
37. Dr.M.Anbarasu (2016)“Experimental Study on the Behaviour of Intermediate Length Web Stiffened Cold-Formed Steel Columns with Perforated Spacers”, Asian Journal of Civil Engineering. Volume: 17(7); Pg. No: 958-968.
38. Dr.M.Anbarasu (2016) “Local-Distortional Buckling Interaction on Cold-Formed Steel Lipped Channel Beams”, Thin -Walled Structures. Volume: 98-Part:B; Pg.No:351-359.
39. Dr.M.Anbarasu (2016) “Strengthening of Intermediate Length Cold- Formed Steel Rack Columns using Lateral Stiffeners-An Experimental Investigation”, The IUP Journal of Structural engineering. Volume: 9(3); Pg.No:67-75.
40. Dr.M.Anbarasu (2016) “A Numerical Investigation of Local– Distortional–Lateral-Torsional Buckling Interaction of Cold-Formed Steel Lipped Channel Beams”, Asian Journal of Civil Engineering. Volume: 18(4); Pg. No: 643-656.
41. Dr.M.Anbarasu (2016) “Investigation on the behaviour and strength of cold-formed steel web stiffened built-up battened columns”, Materials and Structures. Volume: 48(12); Pg. No: 4029-4038.
42. Dr.M.Anbarasu (2016) “Experimental Study on Cold Formed Steel Web Stiffened Lipped Channel Columns Undergoing Distortional – Global Interaction”, Materials and Structures. Volume: 49(4); Pg.No:1433-1442.
43. Dr.M.Anbarasu (2015)“Numerical Investigation on the Interaction of Local and Global Buckling in Cold Formed Steel Lipped Channel Columns”, International Journal of Innovative Science and Modern Engineering (IJISME), Volume: 3(7); Pg. No: 38-42.
44. Dr.M.Anbarasu (2014) “Study on the capacity of cold-formed steel built- up battened columns under axial compression”, Latin American Journal of Solids and Structures. Volume: 11(12); Pg. No: 2271-2283.
45. Dr.M.Anbarasu (2014) “Finite Element Based Investigation of Performance of Intermediate Length Columns with Lateral Stiffeners”, Arabian Journal for science and Engineering. Volume: 39(10); Pg. No: 6907-6917.
46. Dr.M.Anbarasu (2014) “Influence of spacers on ultimate strength of intermediate length thin walled columns”, Steel and Composite Structures – An International Journal”. Volume: 16(4); Pg.No:437-454.
47. Dr.M.Anbarasu (2014) “Study on the effect of spacers on the ultimate capacity of intermediate length thin walled section under compression”, Iranian Journal of Science and Technology, Transactions of Civil Engineering”. Volume: 38(C1); Pg.No:191-204.
48. Dr.M.Anbarasu (2014) “New Approach To Improve The Distortional Strength Of Intermediate Length Cold Formed Steel Rack Columns”, Journal of Structural Engineering (Madras). Volume: 40(6); Pg.No:44-53. 49.Dr.M.Anbarasu (2014) “Local/Distortional/Global Buckling Mode Interaction on Thin Walled Lipped Channel Columns”, Latin American Journal of Solids and Structures. Volume: 11(8); Pg. No: 1363-1375.
49. Dr.M.Anbarasu (2013) “New Approach to Improve the Distortional Strength of Intermediate Length Web Stiffened Thin Walled Open Columns”, KSCE Journal of Civil Engineering. Volume: 17(7); Pg.No:1720-1727.
50. Dr.M.Anbarasu (2013) “Study on the Effect of Ties in the Intermediate Length Cold Formed Steel (CFS) Columns”, Structural Engineering and Mechanics – An International Journal. Volume: 46(3); Pg. No: 323-335.
51. Dr.M.Anbarasu (2013) “Effect Of Connectors Interaction In Behaviour And Ultimate Strength Of Intermediate Length Cold Formed Steel Open Columns”, Asian Journal of Civil Engineering. Volume: 14; Pg.No:305- 317.
52. Dr.M.Anbarasu (2010) “Investigation on Cold Formed Steel Section Long Column with Intermediate Stiffener and Corner Lips – Under Axial Compression”, International Journal of Applied Engineering Research”. Volume:1(1); Pg. No: 28-41.