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Andallib Tariq
Andallib Tariq Associate Professor tariqfme[at]iitr.ac.in +91-1332-285728
Areas of Interest
  • Heat Transfer, Experimental Fluid Mechanics, Turbulence, Flow Visualization, Optical Techniques, Aerodynamics, Gas Turbine Blade Cooling, Thermal Contact Conductance, PIV, LCT, Hotwire anemometry
Professional Background
FromToDesignationOrganisation
2014OngoingAssociate professorIIT Roorkee, India
20072014Assistant professorIIT Roorkee, India
20042007Assistant ProfessorQassim University, KSA
19951997LecturerMACET Patna, India
Educational Details
DegreeSubjectUniversityYear
Ph.DFluid Mechanics & Thermal ScienceIIT Kanpur2004
M.TechFluid Mechanics & Thermal ScienceIIT Kanpur1998
MBAMaterial Mgt. & Marketing ResearchBihar University1995
B.EMechanical Engineering Bangalore University1992
Sponsored Research Projects
TopicFunding AgencyYear
Experimental Investigation of core damage ..... (1.8 Crores)Govt of India2016
High temperature Thermal contact conductance (TCC) measurement for contact ...... (~1.6 Crores)Govt of India2015
Detailed Heat Transfer Investigation inside Duct with Matrix Cooling Using LCT (~80.2 lac) GTRE2014
Design Verification of Liquid Cooling System for Airborne Warning and Control System (~10 Lacs)CABS2014
Ridge Ventilator Design Report for IRCON International Ltd (1.1 Lac)IRCON International Agency2012
Measurement of Thermal Contact Conductance under varying loading Condition.(12 Lac)Govt of India2010
Investigation on Vortex Generator Induced Heat Transfer Enhancement Using LCT (12 lac)MHRD2008
A Novel Approach of Evaluating Heat Transfer Coefficient of Surface Using LCT (~2 Lac)Qassim University, Saudi Arabia2006
Participation in seminars
NamePlaceSponsored ByDate
24th ISHMT-ASTFE Heat and Mass Transfer ConferenceIndiaISHMT-ASTFEDec, 2017
44th FMFP ConferenceIndiaFMFPDec, 2017
ASME Gas Turbine India ConferenceIndiaASMEDec, 2017
43rd FMFM ConferenceIndiaFMFPDec, 2017
23rd ISHMT-ASTFE Heat and Mass Transfer ConferenceIndiaISHMT-ASTFEDec, 2015
42nd FMFM ConferenceIndiaFMFMDec, 2015
ASME Turbo ExpoGermanyASMEJune, 2014
22nd ISHMT-ASME Heat and Mass Transfer ConferenceIndiaISHMT-ASMEDec, 2013
Int Conference on Advances in Chemical Engineering IndiaACEFeb, 2013
22nd ISHMT-ASME Heat and Mass Transfer ConferenceIndiaISHMT-ASMEDec, 2013
ASME 2012 Gas Turbine India ConferenceIndiaASMEDec, 2012
ASME International Mechanical Engineering Congress and Expo (IMECE)Houston, USAASMENov, 2012
International conference on applications of fluid engineeringIndiaCAFESep, 2012
National Conference on Thermophysics and Heat TransfeIndiaHMTApr, 2012
IUTAM Bluff 2011IndiaIIT KanpurDec, 2011
20th ISHMT-ASME Heat and Mass Transfer ConferenceIndiaISHMT-ASMEJan, 2010
ASME International Mechanical Engineering Congress and RD & D Expo (IMECE)USAASMENov, 2002
5th International Symposium on Engineering Turbulence Modeling and MeasurementsSpainSpringer2002
An International Symposium on Recent Trends in Heat and Mass TransferIndiaHMT2002
ISHMT-ASME Heat and Mass Transfer ConferenceIndiaISHMT-ASMEDec, 2000
Teaching Engagements
TitleCourse CodeClass NameSemester
Fluid MechanicsMI263U.G.Spring
Projects and Thesis Supervised
Title of ProjectNames of Students
Heat Transfer & Fluid Flow Investigation inside a Rectangular Duct Md Shaukat Ali
Experimental and Numerical Investigation of Thermal Contact Conductance Mohammad Asif
A Novel Approach of Evaluating Thermal Contact Conductance Using Liquid Crystal ThermographySurya Kumar
Role of Flow Structures on Heat Transfer EnhancementNaveen Sharma
Research Scholar Groups
Scholar NameInterest
Md Shaukat AliHeat Transfer and Fluid Mechanics, PIV, LCT
Mohammad AsifThermal Contact Conductance
Surya KumarThermal Contact Conductance, LCT, IR Thermography
Naveen ShramaHeat Transfer Enhancement, Rib Turbulators, Turbulence, PIV, LCT
Anjana PrajapatiGast Turbine Blade Cooling, Matrix Cooling, LCT
Siddappa PGThermal Contact Conductance, Cryogenic heat transfer, FEM
Vaibhav SharmaGas Turbine Blade Cooling, Heat Transfer, LCT, PIV
PHDs Supervised
TopicScholar NameStatus of PHDRegistration Year
Heat Transfer & Fluid Flow Investigation inside a Rectangular Duct Md Shaukat AliA2008
Experimental and Numerical Investigation of Thermal Contact Conductance Mohammad AsifA2009
3. An Investigation on Thermal Contact Conductance of Conforming and Non-conforming ContactsSurya KumarO2011
4. Investigation on Aerothermal Characteristics of Surface Mounted Turbulence PromotersNaveen ShramaO2012
5. Cooling Technologies For Internal Passages of Gas Turbine BladesAnjana PrajapatiO2013
6. Detailed Fluid Flow & Heat Transfer Investigation of Internal Cooling TechniquesVaibhav SharmaO2014
7. Investigation of TCC at Sub-ambient TemperaturesSiddappa PGO2015
8. Heat Transfer and Safety Analysis of Thermal DevicesAnkit Rajkumar SinghO2014
Special Lectures Delivered
TitlePlaceDate
Liquid Crystal Thermography: Principles and ApplicationsIIT Roorkee29-12-2009
Books Authored

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).

 

 

 

Refereed Journal Papers

J1.       Andallib Tariq, Naveen Sharma, and Manish Mishra. Aerothermal Characteristics of Solid and Slitted Pentagonal Rib Turbulators, Journal of Heat Transfer, (ASME) (XXXX) Accepted

J2.       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)

J3.       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)

J4.       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)

J5.       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)

J6.  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)

J7.       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)

J8.       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)

J9.       Andallib Tariq, and Md Shaukat Ali. Flow Through Surface Mounted Continuous Slits, Meeting of American Physical Society (APS) of Fluid Dynamics, 59, 20 (2014)

J10.     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)

J11.     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)

J12.     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)

J13.     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)

J14.     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)

J15.     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)

J16.     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)

J17.     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)