B1.      Naveen Sharma, Andallib Tariq, Manish Mishra, Detailed Heat Transfer Investigation inside a Rectangular Duct with an Array of Ventilated Rib Turbulators, - Fluid Mechanics and Fluid Power – Contemporary Research, Lecture Notes in Mechanical Engineering, Springer, 73, (2017).

B2.      Andallib Tariq, K Singh and PK Panigrahi Detailed Measurement of Heat Transfer and Flow Characteristics in Rectangular Duct with a Rib Turbulators Mounted on the Bottom Surface. “Engineering Turbulence Modelling and Experiments-5”. (Editors. W Rodi and N Fueyo), pp. 445-454, Elsevier Science Ltd. UK, (2002).

AA.     Last 05 Years

CRYOGENICS

J1.      Andallib Tariq, and Siddappa P G, Spot conductance measurement of aluminum alloys at cryo-temperatures under varying pressure conditions, International Journal of Thermal Sciences, (Elsevier), 107031 (2021); 20 pages; IF: 3.476

J2.      Siddappa P G, and Andallib Tariq. Low-temperature thermoelectric transport properties of selected metals and dielectrics, Thermal Science and Engineering Progress, (Elsevier), 24, 100940 (2021); 13 pages; IF: 4.395

J3.      Siddappa P G, and Andallib Tariq. Experimental measurement of thermal conductivity and thermal contact conductance between demountable copper-copper contacts at cryogenic-temperatures, Cryogenics, (Elsevier), XXX, accepted (2021); IF: 1.818

NUCLEAR SAFETY

J4.      Ankit R Singh, and Andallib Tariq Transient Channel Sagging Measurements Under Severe Thermal Loading Condition: An Optical Imaging Approach, Journal of Thermal Science and Engg. Applications, (ASME), XXX, In press (2021); IF: 1.544

J5.      Ankit R Singh, Andallib Tariq, P K Sahoo, Prasanna Majumdar, and Deb Mukhopadhyay,  Longitudinal deformation study of pressure tube of Indian PHWR under high temperature transient, Annals of Nuclear Energy, (Elsevier),  155, 108160 (2021); 8 pages; IF: 1.378

J6.      Ankit R Singh, Andallib Tariq and Prasanna Majumdar Experimental study on thermo-mechanical deformation of PHWR channel at elevated temperature, Nuclear Engineering and Design, (Elsevier), 364, 10634 (2020); 15 pages; IF: 1.620

THERMAL CONTACT CONDUCTANCE

J7.      Siddappa P G, and Andallib Tariq. Contact area and thermal conductance estimation based on the actual surface roughness measurement, Tribology International, (Elsevier), 148,10635837 (2020); 13 pages; IF: 4.271

J8.      Sidappa P G, and Andallib Tariq. Metal and dielectric contact heat transfer and enhancement study using finite element approach, Heat and Mass Transfer, (Springer), 56, 2893–2908, (2020); 16 pages; IF: 1.867

J9.      Mohammad Asif, Andallib Tariq and K M Singh Estimation of Thermal Contact Conductance using Transient Approach with Inverse Heat Conduction Problem. Heat and Mass Transfer, (Springer), 55:3243–3264, (2019)

J10.    Surya Kumar, and Andallib Tariq. Effects of contact-nature on transient thermal contact conductance, International Journal of Thermal Sciences, (Elsevier), 137, 299-312 (2019)

J11.    Surya Kumar, and Andallib Tariq. Determination of Thermal Contact Conductance of Flat and Curvilinear Contacts by Transient Approach, Experimental Thermal and Fluid Science, (Elsevier), 88, 261-276 (2017)

J12.    Surya Kumar, and Andallib Tariq. Steady State Experimental Investigation of Thermal Contact Conductance between Curvilinear Contacts using Liquid Crystal Thermography, International Journal of Thermal Sciences, (Elsevier), 118, 53-68, 16 pages (2017)

J13.    Andallib Tariq and Mohammad Asif. Experimental Investigation of Thermal Contact Conductance for Nominally Flat Metallic Contacts, Heat and Mass Transfer, (Springer), 15-1551-1, 17 pages (2016)

J14.    Mohammad Asif, Andallib Tariq Correlations of Thermal Contact Conductance for Nominally Flat Metallic Contact in Vacuum. Experimental Heat Transfer, (Taylor and Francis), 29:1-29, 29 pages (2016)

GAS TURBINE BLADE COOLING

J15.    Andallib Tariq, and Anjana Prajapati, Heat Transfer Characteristics Within the Matrix Cooling Channels, Journal of Turbomachinery, (ASME), 143, 051007:1- 051007:13 (2021); IF: 2.713

J16.    Vaibhav Sharma, and Andallib Tariq. Aerothermal Characteristics of Surface-Mounted Round-Edged Slit Ribs with Performance Optimization using Response Surface Methodology, Journal of Thermal Science and Engineering Applications, (ASME), XXXX, (Under reveiw); IF: 1.544

J17.    Anjana Prajapati, Andallib Tariq, Experimental Investigation on Heat Transfer and Friction Factor in Open Matrix Subchannels, Journal of Heat Transfer, (ASME), 143, 052101:1-052101:12 (2021); IF: 1.787

J18.    Naveen Sharma, Andallib Tariq and Manish Mishra. Effect of Permeable Ribs on Thermal-Flow Characteristics in an Internal Cooling Duct, Journal of Thermal Science and Engineering Applications, (ASME), 13, 011023-1, 14 pages (2021); IF: 1.544

J19.    Md Shaukat Ali, Naveen Sharma, and Andallib Tariq. Heat transfer and flow field features between surface mounted trapezoidal-ribs, Journal of Mechanical Science and Technology, (Springer), 233 (10) 5017~5023, (2019)

J20.    Naveen Sharma, Andallib Tariq and Manish Mishra. Aerothermal Characteristics of a Rectangular Duct with Periodic Trapezium Ribs, Journal of Enhanced Heat Transfer, (Begel House Inc.), 26/2, DOI: 10.1615/JEnhHeatTransf.2018028268, (2019)

J21.    Naveen Sharma, Andallib Tariq and Manish Mishra. Experimental Investigation of Heat Transfer Enhancement in Rectangular Duct with Pentagonal Ribs, Heat Transfer Engineering, (Taylor and Francis), 40/2 (2019)

J22.    Naveen Sharma, Andallib Tariq and Manish Mishra. Experimental Investigation of Flow Structure due to Truncated prismatic rib turbulators using particle image velocimetry, Experimental Thermal and Fluid Science, (Elsevier), 91, 479–508, 30 pages (2018)

J23.    Naveen Sharma, Andallib Tariq and Manish Mishra. Detailed heat transfer and fluid flow investigation in a rectangular duct with truncated prismatic ribs, Experimental Thermal and Fluid Science, (Elsevier), 96, 383–396, 14 pages (2018)

J24.    Andallib Tariq, Naveen Sharma, and Manish Mishra. Aerothermal Characteristics of Solid and Permeable Pentagonal Rib Turbulators, Journal of Heat Transfer, (ASME), 140(6), 14 pages (2018)

J25.    Vaibhav Sharma, Andallib Tariq, and Anjana Prajapati. Flow Characteristics behind Surface Mounted Rounded Slit Rib Turbulators, Journal of Flow Visualization and Image Processing, (Begel House), 25/3-4, 259-275 (2018)

J26.    Anjana Prajapati, Andallib Tariq, Thermal Visualization and Performance Evaluation of the Open Matrix Structures Using Liquid Crystal Thermography, Journal of Flow Visualization and Image Processing, (Begel House), 25/3-4, 277-295 (2018)

J27.    Naveen Sharma, Md Shaukat Ali, Andallib Tariq and Manish Mishra. Detailed Heat Transfer and Friction Factor Characteristics in a Rectangular Duct with Alternate Solid and Converging-slit Ribs, Experimental Heat Transfer, (Taylor and Francis), 31:6, 552-570, (2018)

J28.    Md Shaukat Ali, Andallib Tariq and B K Gandhi. Role of Chamfering Angles and Flow Through Slit on Heat Transfer Augmentation Behind a Surface-Mounted Rib, Journal of Heat Transfer, (ASME), 138, 111901-16 pages (2016)

          BOOK/CHAPTER CONTRIBUTION:

J29.    Naveen Sharma, Andallib Tariq, Manish Mishra, Detailed Heat Transfer Investigation inside a Rectangular Duct with an Array of Ventilated Rib Turbulators, - Fluid Mechanics and Fluid Power – Contemporary Research, Lecture Notes in Mechanical Engineering, Springer, 73, (2017).

BB.     Prior to 2015

J30.    Andallib Tariq, Md Shaukat Ali, and M G Hak. Flow Through Surface Mounted Continuous Slits, Meeting of American Physical Society (APS) of Fluid Dynamics, 59, 20 (2014)

J31.    Md Shaukat Ali, Andallib Tariq and BK Gandhi. Flow and Heat Transfer Investigation behind Trapezoidal Rib Using PIV and LCT Measurements, Experiments in Fluids, (Springer), 54, 1520, 15 pages (2013)

J32.    Karamveer, Md Shaukat Ali, Andallib Tariq, and BK Gandhi, Measurement of heat Transfer Coefficient in a Rectangular Duct with Solid Rib Turbulators by Using Transient Liquid Crystal Thermography International Journal of Emerging Trends in Engineering and Development, 4, 2, 2012, (2012)

J33.    Md Shaukat Ali, Karamveer, Andallib Tariq, and BK Gandhi, Measurement of Heat Transfer Coefficient in a Rectangular Duct with Array of rib by using Transient Liquid Crystal Thermography, International Journal of Emerging Trends in Engineering and Development, 5, 2 (2012)

J34.    Malay K Das, Andallib Tariq, PK Panigrahi and K Muralidhar. Estimation of Convective Heat Transfer Coefficient from Transient Liquid Crystal Data Using an Inverse Technique. Inverse Problems in Science and Engineering, (Taylor and Francis), Vol. 13(2), 133-155 23 pages, (2005)

J35.    Andallib Tariq, PK Panigrahi and K Muralidhar. Flow and Heat Transfer in the Wake of a Surface-mounted Rib with a slit. Experiments in Fluids, (Springer), 37, 701-719, 19 pages (2004)

J36.    Andallib Tariq, K Singh and PK Panigrahi. Flow and Heat Transfer in a Rectangular Duct with Single-Rib and Two-Ribs Mounted on the Bottom Surface. Journal of Enhanced Heat Transfer, (Begell House), 10/2, 171- 198, 28 pages (2003)

J37.    PK Panigrahi and Andallib Tariq. Liquid Crystal Heat Transfer Measurements in a Rectangular Channel with Solid and Slit Rib. Journal of Visualization, (Springer), 6, 4, 407-416, 10 pages (2003)

J38.    Andallib Tariq, SK Swain and PK Panigrahi An Experimental Study of Convective Heat Transfer from Flat and Ribbed Surfaces. Indian Journal of Engineering and Material Science, (NISCAIR, INSA), 9, 464-471, 11 pages (2002)

         BOOK/CHAPTER CONTRIBUTION:

J39.    Andallib Tariq, K Singh and PK Panigrahi Detailed Measurement of Heat Transfer and Flow Characteristics in Rectangular Duct with a Rib Turbulators Mounted on the Bottom Surface. “Engineering Turbulence Modelling and Experiments-5”. (Editors. W Rodi and N Fueyo), pp. 445-454, Elsevier Science Ltd. UK, (2002).