Dr. Sejal P Dalal

Designation : Associate Professor (Regular)
Experience : 21 Years

Email Id : sejaldalal.civil@svitvasad.ac.in
Contact No :02692-274540

Profile

Inventor, India's first graphene concrete.

Specialization Areas:

Graphene Nanoengineered Concrete, Earthquake Engineering, Structural Engineering, Geotechnical Engineering, Concrete Technology.

Subject Taught (UG):

• Computer Applications in Structural Engineering • Structural Analysis • Structural Design (Steel and concrete) • Soil Mechanics • Foundation engineering

Subject Taught (PG):

• Matrix Methods of Structural Analysis • Structural Dynamics • Advanced Solid Mechanics • Advanced Steel Design • Advanced Concrete Design • Finite Element Method • Structural Optimization • Operational Research • Prestressed Concrete Design

Qualifications:

Qualification Specialization University Passing year Class
Ph. D. Structural Engineering National Institute of Technology, Surat 2015 -
ME Structural Engineering Dharamsinh Desai Institute of Technology, Nadiad (DDU) 2005 First Class
BE Civil Engineering BVM Engineering College, VV Nagar 2000 First Class

My Experience

  • 23-02-2015 - Till Date
  • Associate Professor
  • Sardar Vallabhbhai Patel Institute of Technology, Vasad
  • 13-08-2005 - 22-02-2015
  • Assistant Professor
  • Sardar Vallabhbhai Patel Institute of Technology, Vasad
  • 08-09-2004 - 12-08-2005
  • Lecturer
  • CIT, Changa
  • 28-08-2000 - 15-06-2001
  • Junior Consulting Engineer
  • Multimedia Consultants, Ahmedabad

Achievements

    2 Granted Process Patents

    [1]       Patent no. 384083. Title of Invention–“Concrete with functionalized Graphene and preparation method thereof”, Government of India. Granted for a period of 20 years from 24th November 2020.
    [2]       Patent no. 362074. Title of Invention–“A method of link retransmission delay measurement and correcting round trip time estimation using cross layer scheme for revising TCP’s sending rate in WLAN”, Government of India. Granted for a period of 20 years from 13th November 2012.

Publication

Web of Science / Scopus Indexed International Journal Research Papers :

    [1]     Jat D, Motiani M, Dalal S P, Thakkar I (2022), “Mechanical Behavior of Geopolymer in Addition with Fiber Reinforced Materials – A Review”. In: Indrajit Pal, Sreevalsa Kolathayar, Sheikh Tawhidul Islam, Anirban Mukhopadhyay, Iftekhar Ahmed (eds), Disaster Risk Science and Technology. Lecture Notes in Civil Engineering, Springer, Singapore, ISSN 2366-2557 Vol 294.,https://doi.org/10.1007/978-981-19-6297-4_11.      
    [2]     Dalal S P , Dalal P D, Motiani R, Solanki V (2022), “Experimental Investigation on Recycling of Waste Pharmaceutical Blister Powder as partial replacement of Fine aggregate in Concrete”, Resources, Conservation & Recycling Advances, Elsevier, ISSN 2667-3789 Vol 14. https://doi.org/10.1016/j.rcradv.2022.200076.
    [3]     Dalal S P, Desai K, Shah D, Prajapati S, Dalal P, Gandhi V, Shukla A,Vithlani R, (2022),  “Strength and Feasibility Aspects of Concrete mixes induced with low cost Surfactant Functionalized Graphene powder”. Asian Journal of Civil Engineering, Springer, Vol 23: 39-52. https://doi.org/10.1007/s42107-021-00407-7.
    [4]     Thaker T, Dalal S P, Motiani R, Contractor H (2022), “Effect of Electrical Grade Glass fibers and Alkaline Resistant Glass fibers on High Strength Concrete”. Materials Today Proceedings, Elsevier, In Press, https://doi.org/10.1016/j.matpr.2021.12.542.
    [5]     Ganvit S, Dalal S P, Motiani R, Dalal P, (2022), “Assessment of Seismic Performance and Vulnerability of a 20-Storied Reinforced Concrete Moment-Resisting Frame Designed by Direct Displacement-Based Design and Force-Based Design”. In: Kolathayar S., Chian S.C. (eds) Recent Advances in Earthquake Engineering. Lecture Notes in Civil Engineering, Vol 175. Springerhttps://doi.org/10.1007/978-981-16-4617-1_10.
    [6]     Dalal S P, Dalal P D, (2021), “Experimental Investigation on Strength and Durability of Graphene Nanoengineered Concrete” in Construction and Building Materials, Elsevier, Vol 276, 12236, ISSN 0950-0618, https://doi.org/10.1016/j.conbuildmat.2020.122236
    [7]     Dalal S P, Dalal P D, (2021), “Strength, Deformation and Fragility assessment of Reinforced Concrete Moment Resisting Frame designed by Force Based Design and the Performance Based Plastic Design Method for Seismic Loads” in Structures, Elsevier, Vol 29, pp 1154-1164, ISSN 2352-0124,  https://doi.org/10.1016/j.istruc.2020.11.029
    [8]     Dalal S P, Dalal P D, (2021), “Seismic fragility of Reinforced Concrete Moment Resisting frames designed by Direct Displacement Based Design and Performance Based Plastic Design methods” as Book Chapter In: Sitharam T.G., Kolathayar S., Sharma M.L. (eds) Seismic Hazards and Risk. Lecture Notes in Civil Engineering, vol 116. Springerhttps://doi.org/10.1007/978-981-15-9976-7_11.
    [9]     Qammer S S, Dalal S P, Dalal P D, (2019), “Displacement-Based Design of RC Frames Using Design Spectra of Indian Code and Its Seismic Performance Evaluation” in Journal of the Institution of Engineers (India) Series A, Springer, Vol. 100(2), pp 367-369, ISSN: 2250-2149,  https://doi.org/10.1007/s40030-019-00373-z .
    [10]     Dalal S P, Patel R, Dalal P D, (2017), “Effect on Engineering Properties of Black Cotton Soil treated with Agricultural and Industrial Waste”, in Materials Today: Proceedings, Elsevier, Vol. 4(9), pp 9640-9644, ISSN:2214-7853, https://doi.org/10.1016/j.matpr.2017.06.240.
    [11]     Patel H G, Dalal S P, (2017), “An experimental investigation on Physical and Mechanical properties of Concrete with the replacement of fine aggregate by Poly Vinyl Chloride and Glass waste” in Procedia Engineering, Elsevier, Vol.173, pp1666– 1671, ISSN: 1877-7058, https://doi.org/10.1016/j.proeng.2016.12.191.
    [12]     Tailor A, Dalal S P, Desai A K, (2017), “Comparative Performance Evaluation of Steel Column Building & Concrete Filled Tube Column Building under Static and Dynamic Loading” in Procedia Engineering, Elsevier, Volume 173, pp 1847-1853, ISSN: 1877-7058, https://doi.org/10.1016/j.proeng.2016.12.233.
    [13]     Shukla K P, Dalal S P, (2017), “Evaluation of Response Reduction Factor of a Reinforced Cement Concrete Building Designed By Performance Based Plastic Design Method and Limit State Design Method” in Procedia Engineering, Elsevier, Volume 173, pp 1854-1861, ISSN: 1877-7058, https://doi.org/10.1016/j.proeng.2016.12.235.
    [14]     Dalal S P, Dalal P D, Desai A K, (2017), “Effect of Increasing Ductility Factors on the Performance of a Steel Moment Resisting Frame Designed by the Performance Based Plastic Design Method attuned with Indian Code of Practice.” in Procedia Engineering, Elsevier, Volume 173 pp 1862-1869, ISSN: 1877-7058, https://doi.org/10.1016/j.proeng.2016.12.238.
    [15]     Tailor A, Dalal S P, Dalal P D, (2017), “Comparative Performance Evaluation of Steel Column Building & Concrete Filled Tube Column Building under Static and Dynamic Loading” in Jordan Journal of Civil Engineering., ISSN:1993-0461, Volume 11(2), pp 309-324.
    [16]     Shah D, Dalal P D, Sarkar M, Dalal S P, (2018), “Evaluation of RTT-Based Techniques for Network State Classification.” as Book Chapter In Advances in Intelligent Systems and Computing, Springer, ISSN:2194-5357 Vol 671, pp 79–91,  https://doi.org/10.1007/978-981-10-6977-2_8
    [17]     Dalal  S P, Vasanwala S  A, Desai  A K,(2015) , “The Performance evaluation of Ordinary Moment Resisting  Frames designed by Performance based plastic design and limit state design” in International Journal of Structural Engineering, Vol.6(3), pp195-211, ISSN:1758-7336, https://doi.org/10.1504/IJSTRUCTE.2015.070718
    [18]     Dalal S P, Patoliya D, Dalal P D,(2015),  “Performance Based Plastic Design of Concentrically Braced Frame attuned with Indian Standard code and its Seismic Performance Evaluation” in Journal of Materials and Engineering Structures, ISSN: 2170-127X Vol. 2(4), pp 168-179.http://revue.ummto.dz/index.php/JMES/article/view/772


International Conference :

     [1]       Dalal S P, Khyati Vaidya, (2018), “Seismic Performance and Cost Comparison of Concentrically Braced Frames Designed by Performance-Based Plastic Design and Force-based Design Method” in Proceedings of 1st International Conference on New Frontiers in Engineering, Science & Technology from 8 to 12 January 2018 at DTU, New Delhi, India. Also published in International Journal of Recent Technology and Engineering, Vol. 8(2S6), pp 997-1001 ISSN: 2277-3878 doi 10.35940/ijrte.B1115.0782S619.       
    [2]       Qammer S S, Dalal S P, (2017), “Development of Performance Based Seismic Design: A Review” in Proceedings of International Conference on Engineering and Technology ICET  from 11 to 14 December 2016 at Karpagam college of Engineering Coimbatore ISSN : 978-1-5090-3213-6.       
    [3]       Shah C, Dalal S P, (2017), “Comparison of Direct Displacement Design and Performance based Plastic design for steel SMRF” at the International Conference on advances in Science Engineering and Technology at Rajiv Gandhi Institute of Technology.       
    [4]       Kapadia A, Dalal S P, (2016), “Strength study of geo-polymer concrete composites formed by replacing sand with quarry dust” at International Conference on Advances in concrete Technology, Materials and construction Practices, Goa College of Engineering,22 to 24 June, ISBN 978-08-6197-1.       
    [5]       Dalal S P, Vasanwala S A, Desai A K, (2010), “Structural Control Devices against Seismic Forces: A State of the art Review” in Proceedings of International Conference-ICIWSE-Govt. Engg. College, Aurangabad. India.       
    [6]       Dalal S P, (2009), “Analysis of prestressed Built up homogeneous steel beam using IS 800-2007” in Proceedings of International Conference ACGSE, BITS, Pilani, Oct 2009.

National Conference :

    [1]       Lingaliya A, Dalal S P,(2014),“Stabilization of Black cotton soil using Bagasse Ash and GGBS” presented in Proceedings of National Conference Recent Advances in Civil and Structural Engineering,25-26 April, ADIT.      
    [2]       Patoliya D, Dalal S P,(2013),“Stepwise Procedure of PBPD for Steel Concentrically braced frames as per IS 800:2007” in Proceedings of National Conference on Current Trends of Research and Development in Civil and Environmental Engineering CRDCE13,20-21 Dec, SVIT, Vasad, ISBN: 978-81-923462-3-6        [3]       Parikh A, Dalal S P,(2013),“Review of analysis methods for seismic response of Irregular Structures” in Proceedings of National Conference on Current Trends of Research and Development in Civil and Environmental Engineering CRDCE13,20-21 Dec, SVIT, Vasad ISBN: 978-81-923462-3-6.       
    [4]       Lingaliya A, Dalal S P,(2013),“Review on Methods of stabilization of Black cotton soil” in Proceedings of National Conference on Current Trends of Research and Development in Civil and Environmental Engineering CRDCE13,20-21 Dec, SVIT, Vasad ISBN: 978-81-923462-3-6.       
    [5]       Jadav P, Dalal S P,(2013), “Recent trends in glass fibres and fly ash based concrete “ in Proceedings of National Conference on Current Trends of Research and Development in Civil and Environmental Engineering CRDCE13,20-21 Dec, SVIT, Vasad, ISBN: 978-81-923462-3-6.       
    [6]       Suchak K, Dalal S P,(2012),“Development in area of Earthquake Resistant Design (ERD)”in Proceedings of  Advances Technology in Civil Engineering, 8th – 9th March at Saffrony Institute of Technology, Mehsana.       
    [7]       Patil S, Dalal S P,(2012) ,“Glass-A case study as a structural material” in Proceedings of  National Conference SEC 2012, 19-21 Dec.,SVNIT,Surat, India.       
    [8]       Dalal S  P, Vasanwala S  A, Desai A  K,(2012), “Design of a Steel Moment Resisting frame in accordance with the IS 800:2007 code using the Performance based Plastic Design Method” in Proceedings of  National Conference SEC 2012, 19-21 Dec.,SVNIT,Surat, India.
    [9].  Dalal S P, Vasanwala S  A, Desai A K,(2010), “Base Isolation – An overview” in Proceedings of National Conference-CRDCE –SVIT, Vasad ,Gujarat, India.

Magazine Articles :

    [1]       Dalal S P, Vasanwala S A, Desai A K, (2017), “Seismic Evaluation of Steel Moment Resisting Frame”. Civil Engineering and Construction Review. ISBN : 0975-9034,Volume 30, No.1, pp 64-71.

International Symposium :

     [1]       Qammer S S, Dalal S P, (2018), “Seismic Performance Evaluation of RC frames designed by PBPD method attuned with Indian code of Practice” in Proceedings of 16th Symposium on Earthquake Engineering from 20 to 22 December 2018 at IIT, Roorkee. Paper no. 12.      
    [2]       Shah J, Dalal S P, (2018), “Seismic Performance of Zipper Braced Frame Designed by Performance Based Plastic Design Method and Force Based Design Method” in Proceedings of 16th Symposium on Earthquake Engineering from 20 to 22 December 2018 at IIT, Roorkee. Paper no. 138.

Non Listed/UGC listed International Journal Research Papers :

    [1]       Choksi H, Vaidya K, Dalal S P, (2017), “Comparison of force based design method and performance based plastic design method for seismic design of steel concentrically braced frames” in International Journal of Advance Engineering and Research Development, ISSN:2348-4470.,doi 10.21090/IJAERD.CE025.        [2]       Jaimin K Shah, Dalal S P, (2018), “Comparison of Performance Based Plastic Design Method and Force Based design Method for Seismic Design of Zipper Braced Frame” in International Journal of Scientific Research in Science, Engineering and Technology, Online ISSN : 2394-4099, Print ISSN : 2395-1990, Volume 4(5), pp. 46-52.       
    [3]       Patel Arjav, Dalal S P, (2018), “Direct Displacement Based Design : A Review” in International Journal of Scientific Research in Science, Engineering and Technology, Online ISSN : 2394-4099, Print ISSN : 2395-1990, Volume 4(5), pp. 162-167.       
    [4]       Jaimin Patel, Dalal S P, (2018), “Effect of Ductility Ratio with SSI on Steel Moment Resisting Frame Designed By Performance Based Plastic Design Method” in International Journal of Scientific Research in Science, Engineering and Technology, Online ISSN : 2394-4099, Print ISSN : 2395-1990, Volume 4(5), pp. 178-184.        [5]       Surti Devanshi A, Dalal S P, (2018), “Effect of Soil Structure Interaction on Steel Moment Resisting Frame Designed By Performance Based Plastic Design Method” in International Journal of Scientific Research in Science, Engineering and Technology, Online ISSN : 2394-4099, Print ISSN : 2395-1990, Volume 4(5), pp. 185-190.       
    [6]       Choksi S, Dalal S P, (2015), “Performance of an RCC Frame Building Subjected to Hydrodynamic Force at Each Floor Level - A Case Study” in International Journal of Research in Engineering and Technology Vol.4(06), pp 270-274, ISSN: 2319:1163.      
    [7]       Shah U, Dalal S P, (2015), “Performance Based Plastic Design of L-Shaped RCC Frame” in International Journal of Advance Engineering and Research Development ,Vol.2(05), pp 102-112, ISSN: 2348:4470.       
    [8]       Parikh A, Dalal S P, (2014), “Performance Evaluation of A RCC Frame With Column Discontinuity at Different Storey Levels” in International Journal of Futuristic Trends in Engineering and Technology Volume 1(04), pp 67-74, ISSN: 2348:4071.       
    [9]       Jadav P, Dalal S P, (2014), “Strength and Durability Aspect Study of Glass Fiber Reinforced Concrete with Fly ash” in International Journal of Futuristic Trends in Engineering and Technology Volume 1(03), pp 68-71, ISSN: 2348:4071.     
    [10]     Dalal S P, Vasanwala S A, Desai A K, (2012), “Comparison of Elastic Design and Performance Based Plastic Design method based on the Inelastic response analysis using SAP2000” in  International Journal of Computer Applications, Vol.45(9), pp 1-13, doi 10.5120/6805-9144. ISBN:973-93-80868-34-0. ISSN:0975-8887.
    [11]     Dalal S P, Vasanwala SA, Desai A K, (2012), “Comparative evaluation of elastic design and performance based plastic design method for a steel moment resisting frame” in International Journal of Civil, Structure Environmental and Infrastructure Engineering Research and Development, Vol.2(3), pp 76-97, ISSN: 2249-6866.   [12]     Dalal S P, Vasanwala S A, Desai A K, (2012),  “Comparison of Steel Moment Resisting Frame designed by Elastic Design and Performance Based Plastic Design method based on the Inelastic response analysis” in  International Journal of Civil and Structural Engineering, Vol.2(4), pp 1083-1099, doi 10.6088/ijcser 0.00202040007, ISSN :0976-4399.    
    [13]     Dalal S P, Vasanwala S A, Desai A K, (2011), “Performance based Plastic Design of Structure: A Review”  in  International Journal of Civil and Structural Engineering, Vol.1(4), pp 795-803,ISSN: 0976-4399, doi:10.6088/ijcser.0020201006.
    [14]    Dalal  S P, Vasanwala S A, Desai  A K,(2011),  “Applying Performance based Plastic Design method to steel moment resisting frame in accordance with the Indian Standard Code”  in  International Journal of Engineering and Technology, Vol.2(3), pp 409-418, ISSN:2049-3444

Grant Received

    MODROB of INR 9,15,000 for the Strength of Material Lab funded by AICTE under MODROB scheme (F.No. 8024/RIFD/272/11/12).

Membership of Professional Bodies

    Indian Society of Earthquake Technology (ISET), Life Member.

Academic Activities

Projects Guided :

    [1]       Rahul Mojidra, Jigar Prajapati and Mayank Patel (2015), Investigation and improvement of Ajwa region Black Cotton Soil using Wood Powder.
    [2]       Ridhdhi Patel, Harsh Naik et al(2014), Investigation and further improvement of Geotechnical properties of soil used at IRB NH-8 (Anand-Baroda )site.
    [3]       Siddhi Patil and Vijeta Shetty (2013), Glass as a structural material.
    [4]       Ramvir  (2012), Detection of flaws and evaluation of compressive strength of an existing RCC building using Ultrasonic Pulse Velocity and Rebound Hammer and its solution Techniques.
    [5]       Arth Shah, Bhavika Prajapati, Dhruvil Patel (2012), Effect of Transit time in Ready Mix Concrete and its rectification.
    [6]       Jay Chauhan, Mitarth Sahu, Yash Mehta (2020), Stabilization of Black cotton soil using graphene nanoparticles.

Master's Dissertations Guided :

    [1]       Arjun Kushwah (2023), Experimental Study on Feasibility Aspects of Partial Replacement of Fine Aggregate with Stubble Powder in Concrete.      
    [2]       Parth Prajapati (2023), Experimental study of Graphene induced High strength Concrete.      
    [3]       Swehi Majmundar (2022), Experimental study on feasibility and strength of salt of aluminum nitrate nanoengineered concrete.
    [4]       Arpit Dhimmar (2022), Investigation on Strength and Durability aspects of concrete induced with cupric oxide.     
    [5]       Tarun Dodiya (2022), To study the effect of cadmium oxide in concrete.      
    [6]       Tarik Khan (2022), Experimental study on performance of  concrete by using boron oxide nanoparticles.      
    [7]       Mansi Patel (2021), Parametric Study of Surfactant Functionalized graphene Nanoengineered Concrete.      
    [8]       Yesha Thakkar (2021), Strength and Durability Aspects of Portland Cement Concrete Using Nano material and water reducers.       
    [9]       Bhumik Patel (2021), Study on Impact of Superplasticizer on strength and durability of Concrene.      
    [10]     Bhargav Patel (2021), Feasibility of using waste Poly Vinyl Chloride (PVC) powder in Concrete with superplasticizer.      
    [11]     Dhruv Patel (2020), Seismic Risk Assessment of a building designed by displacement and force based design.
    [12]     Dhairya Shah (2020), Experimental Investigation on strength and durability aspect of M25 grade of concrete induced graphene.
    [13]     Kandarp Desai  (2020), Experimental Investigation on strength and durability aspect of M20 grade of concrete induced graphene.      
    [14]     Sanjay Prajapati  (2020), Experimental Investigation on strength and durability aspect of M30 grade of concrete induced graphene.      
    [15]     Swapnali Kulkarni (2019), Effect of Ductility Factor on Seismic Performance and Fragility of Steel SMRF Designed by Performance Based Plastic Design Method.     
     [16]     Anmol Sharma (2019), Comparative Performance Evaluation Based on Seismic Fragility Analysis of RC Moment Resisting Frame Designed By DDBD and FBD Method.      
    [17]     Sumit Ganvit (2019), Effect of Ductility Factor on Seismic Fragility of  RC Moment Resisting Frame Designed by PBPD Method.     
    [18]     Jaimin Shah (2018), Seismic Performance of Zipper Braced Frames designed by Performance Based Plastic Design Method and Force Based Design Method.      
    [19]     Rashida Manjothi (2018), Effect of increasing Ductility factor on Performance of Special Truss Moment Frame designed by Performance Based Plastic Design Method.      
    [20]     Jaimin Patel (2018), Effect of ductility ratio and equivalent frequency on performance of Moment Resisting frame designed by Performance Based Plastic Design method considering Soil Structure Interaction.      
    [21]     Devanshi Surti (2018), Effect of Equivalent Frequency and Aspect ratio on performance of Moment Resisting frame designed by Performance Based Plastic Design method considering Soil Structure Interaction.      
    [22]     Sayed Shoaib (2017), Seismic Evaluation of Reinforced Concrete Special Moment Resisting Frame Designed by Performance Based Plastic Design Method and Direct Displacement Based Design.      
    [23]     Charvi Shah (2017), Comparative Seismic Performance Evaluation of Steel SMRF Designed by Performance Based Plastic Design Method and Direct Displacement Based Design Method for Different Ductility Ratios.     
    [24]     Khyati Vaidya (2017), Comparative Seismic Performance Evaluation of Multi Storied Steel Concentrically Chevron Braced Frames Designed by Performance Based Plastic Design Method and Force Based Design Method.     
    [25]     Hem Choksi (2017), Evaluation and Comparison of Seismic Performance of an Industrial Shed Designed by Performance Based Plastic Design Method and Force Based Design Method.      
    [26]     Kunal Shukla (2016), Evaluation of Response Reduction factor of RCC Building Designed by PBPD method and IS code Method.      
    [27]     Harshad Patel (2016), Study on Performance of Concrete by partial replacement of fine aggregate with PVC and Glass Waste Powder.      
    [28]     Asad Kapadia (2016), Strength studies of Geo Polymer Concrete composited formed by replacing sand with Quarry dust.    [29]     Harikrishna Chauhan (2016), Effect of small dispersed Woven Roving Glass Fibres on the behaviour of M25 grade OPC and PPC concrete.      
    [30]     Ankur Tailor (2015), Comparative Evaluation of CFT and Steel building subjected to dynamic loading.     
    [31]     Urvesh Shah (2015), Performance based plastic design of L shaped RCC MRF.     
    [32]     Shreya Choksi (2015), Performance of a RCC frame building subjected to variable hydrodynamic force at each floor level – A case study.      
    [33]     Dhaval Patoliya (2014), Performance based plastic design of Steel concentric braced frames.      
    [34]     Arohi Lingaliya (2014), Stabilization of Bharuch Black Cotton Soil using Bagasse Ash and GGBS.      
    [35]     Prakash Jadhav (2014), Strength and durability aspect study of fly ash based woven roving glass fibre reinforced concrete.
    [36]     Apal Parikh (2014), Performance Evaluation of a RCC frame with column discontinuity at different storey level.      
    [37]     Hitesh Patel (2013), Performance based Plastic design of steel moment resisting frame for different ductility factors.      
    [38]     Maulik Kansagara (2013), Effect of small dispersed glass fibres on behaviour of ordinary concrete.      
    [39]     Krishna Suchak (2013), Design and Performance Evaluation of a moment resisting frame using structural steel and stainless steel.

Other Activity

    [1]       Proof checking of Structural design of “Proposed 100 cum elevated water tank at Pratapnagar Railway station”. (2023)
    [2]       Audit of the Structural Design of the “Proposed Station Building at Kandari, Ganpatpura, Parikha and Nada (‘D Class’) stations in connection with Dabhoi- Miyagam- Samlaya Gauge Conversion Project” at Miyagam Karjan Railway Station, Gujarat (2021).       
    [3]       Audit of the Structural Design of the “Proposed Waiting Room and S.S. Office at existing Island Platform at Miyagam Karjan Railway Station” at Miyagam Karjan Railway Station, Gujarat (2021).      
    [4]       Audit of the Structural Design of the “Proposed new NG Shed and office building in connection with MYG-DB-SMLA Gauge conversion Project” at Miyagam Karjan Railway Station, Gujarat (2021).       
    [5]       Audit of the Structural Design of the “RPF office at Miyagam Karjan station (‘B Class’) in connection with MYG-DB-SMLA Gauge conversion Project” at Miyagam Karjan Railway Station, Gujarat (2021).       
    [6]       Audit of the Structural Design of the “Proposed Broad Gauge Station Building” at Miyagam Karjan Railway Station, Gujarat (2020).       
    [7]       Audit of the Structural Design of the “Proposed Narrow Gauge Station Building” at Miyagam Karjan Railway Station, Gujarat (2020).       
    [8]       Audit of the Structural Design of the “Proposed Store Office Building” at Miyagam Karjan Railway Station, Gujarat (2020).