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International Journal of Fluid and Thermal Engineering

  • ISSN (Print) : xxxx-xxxx
  • ISSN (Online) : 2455-3670
  • Impact Factor : 1.779 (Calculated by I2OR)
  • Frequency : 04
  • Publisher : A D Publication

Jounaral Scope

International Journal of Fluid and Thermal Engineering (IJFTE) is peer- reviewed  (refereed)  international journal published by A D Publication. Its aim to provide the most complete and reliable source of information on current and Futuristic research. It is a leading e-journal, under which we are encouraging and exploring newer ideas of current trends in research by publishing papers containing pure knowledge. The Journal is started with noble effort to help the researchers in their work and also to share knowledge and research ideas. The journal reviews papers within short time of submission and publishes accepted articles on the internet immediately upon receiving the final versions.

Salient Feature

Open access Journal : Journal is an open access journal and the paper published in the serial publication can be downloaded from the archive section free of cost in pdf format.

Reputed Editorial Board : Journal has a panel of distinguished Editorial Board members from multiple countries along with finest reviewers to strengthen the quality of publication.

Strict Plagiarism Policy : Each manuscript passes through our Plagiarism testing tool before issuance of Acceptance for publication in Journal.

Rapid Publication Process : The paper submitted to Journal is evaluated within a period of 2-3 weeks for acceptance/ rejection after plagiarism testing and peer review followed by a simple and fast publication process.

Certification of Publication : A Softcopy of Certificate of Publication is issued to the corresponding author free of cost. Authors can also order for Hard copy certificates if required for academic purposes.

Highly Indexed & Impact Factor Journal : Journal is indexed with google scholar, Issuu, dox top,, docstoc , Scribd, Slide share, etc.

Online paper Submission : Authors can submit manuscript online.

Nominal Processing and Publication Charges : Nominal Processing & Publishing Charges (Includes online publication, Indexing & Abstracting in various online repositories, Soft copy of certificate to each author, Soft copy of letter of acceptance, Soft copy of reviewer evaluation card). There is no hidden cost. The hardcopy certificates can be ordered @ Rs 200 (INR) / $20 per author per certificate for academic purpose (optional).

Environment Friendly Policy : We insist for ONLINE publication only, as the journal is open access, so one can download the published papers for unrestricted reprints as and when required. We believe that we have a responsibility towards the environment and every paper saved is worth saving the Mother Nature.

International Journal of Fluid and Thermal Engineering (IJFTE) publishes original, high-quality research papers in area of fluid and thermal engineering.

Component and system design covers energy use both fluid and thermal processes involved in different aspects of engineering. For the former, the design problems associated with the integration of components into overall plant are also covered.

The journal features aspects of the thermal engineering of advanced processes, including process integration, intensification and development, heat transfer, alltogether with the application of thermal equipment in process plants. The optimisation of processes to maximise performance is also included.

A wide range of equipment is relevant to Fluid engineering, such as hydraulic pumps, hydraulic turbines, equipment and components involving fluid flow, flow over aerofoil sections, including those related to aerospace applications. 

A wide range of equipment is relevant to thermal engineering, such as heat exchangers (compact and advanced designs), heat pumps and refrigeration plant, heat pipes, combined heat and power and advanced cycles, heat transfer enhancement as applied to the above, and other unit operations involving thermal engineering procedures, including those related to renewable sources.

Computational fluid dynamics use related to fluid and thermal engineering will also be considered for this journal.

The application of fluid and thermal engineering is becoming critical in specific areas such as aerospace, electronics thermal management and medicine, as well as equipment used by the armed forces. Papers on such challenging applications are often a springboard for technology transfer to other areas, and are encouraged. Short communications in the form of 'Case Studies' will be considered.

A theme running through many papers will be energy. Energy conservation, including heat recovery, the rational use of energy and renewable energy technologies are inevitable features of thermal engineering across all applications. As we see an increasing interest in the use of, for example, renewable energy including solar energy in the process industries, the integration of renewable energy and 'conventional' processes is a topic of relevance. Improved efficiency and alternative equipment for reducing emissions is an increasingly important aspect of all energy use.

Economics plays a necessary role in the assessment of many thermal engineering projects. Submissions devoted to or considering the financial implications of equipment designs are welcome. Information on the different economic criteria applying in particular regions of the world is relevant.

Review articles on appropriate topics are encouraged. Before submitting such a paper, please contact the Editor-in-Chief, with an outline of your proposed paper and your expertise in the area of your review.

Chief Editor:

Prof. Nikul K Patel

Mechanical Engineering Department,Faculty of Technology & Engineering,The M S University Baroda,Gujarat,India

Hon. Secretary cum Treasure,Indian Society for Technical Education,Gujarat State.

Chairman,Board of Studies,Mechnical Engineering,The M S University Baroda, Gujarat, India.

General Secretary,Baroda University Teachers Forum.

Vice Chairman,Shreenath Classic Owners Association.

State Coordinator,Rajiv Gandhi Study Circle,Gujarat State.

Editor Board:

Dr. Manish K Rathod

Mechanical Engineering Department ,SVNIT,Surat,Gujarat,India

Prof. (Dr) Shailesh Shah

Professor,Department of Chemistry,Faculty of Science,The M S University Baroda,Gujarat,India

Prof. Kalpesh M Bhavsar

Mechanical Engineering Department,Polytechnic,The M S University Baroda,Gujarat,India

Prof. V H Chaudhari

Mechanical Engineering Department,BVM Engineering College,Gujarat,India

Dr. Tawfiq Chekifi

University Tahri Mohamed Bechar, BP 417 Route de Knadsa, ENERGARID LABORATORY- 08000 , Bechar, Algeria

Prof. Arjun K.S.

Department of Mechanical Engineering, Matha College of Technology, APJ Abdul Kalam Technological University, India

Dr. Guelailia Ahmed

Research department in space mechanics, Algerian space agency, Algeria


Anadolu University, Faculty of Aeronautics and Astronautics, TURKEY

Prof. Oguz Arslan

Mechanical Engineering Department Dumlupinar University, Kutahya, Turkey

Dr. D B Jani

Head of Department, Mechanical Engineering Department, Government Engineering College, Dahod-389151.

Prof. Raffi Mohammd

Department of Mechanical Engineering,Ramachandra college of engineering,Eluru west,Godavari,Andhra Pradesh,India

Volumn : 2, Issue : 3
SR No.Paper TitlePage No.Download

Numerical analysis of exhaust emission for combustion chamber of gas turbine power plant

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Nikul Patel, Vimal Patel

Copy and paste a formatted citation or use one of the links to import into a bibliography manager.

MLA : Patel, Nikul et al."Numerical analysis of exhaust emission for combustion chamber of gas turbine power plant","International Journal of Fluid and Thermal Engineering" (2016).

APA : Patel, N et al. (2016)."Numerical analysis of exhaust emission for combustion chamber of gas turbine power plant","International Journal of Fluid and Thermal Engineering.

Chicago : Patel, Nikul et al."Numerical analysis of exhaust emission for combustion chamber of gas turbine power plant","International Journal of Fluid and Thermal Engineering" (2016).

Combustion chamber is used to burn fuel-air mixture to produce energy. This energy are then supply to enter the nozzle and then into the turbine. Current state-of-the-art in Computational Fluid Dynamics (CFD) provides reasonable reacting flow predictions and is already used in industry to evaluate new concepts of gas turbine engines. In parallel, optimization techniques have reached maturity and several industrial activities benefit from enhanced search algorithms. The numerical simulation of can type combustion chamber for utran power plant is carried out using commercial CFD code CFX. Turbulence is modeled using k-ε turbulence model.  For the liner flow, it is observed that on moving axial from inlet to outlet, velocity, temperature contours become more uniform symmetric in circumference plane. Mass fraction CH4 and O2 decreases where concentration of CO2, increases in the axial direction. Different boundary condition are applied for find out the required exit temperature and reduced nitric oxide (NO) in parts per million. Changes geometry finds out require exit temperature and produced less emission NO, CO2. Variation of number of elements in mesh studied the different parameter effect increase the number of element. Variation of different mass fraction likes CH4, O2, CO2, and temperature, velocity along center line axial direction form inlet to outlet and also graphs are plotted.

Combustion Chamber, Gas turbine, nozzle, emission
  1. Hassa C., Miguels C.E. and Voight P.,”Design Principle of Quick Zone of RQL Combustors”, German Aero Space Centre, DLR, P.P Box 90 60 58 Institute Of Propulsion Technology, D-51170 Köln, Germany May 1998.
  2. Christopher O Peterson, William A.sowa, G.S.samuelsen, “performance of a model RQL combustor at elevated temperature and pressure”, University of California, National Aeronautics and space administration December 2002
  3. Kulshreshtha D. B, Channiwala S. A, Chaudhari K. V & Dikshit S. B, “Design,    Numerical Simulation and Experimental Investigations on Can-Annular Type Combustion Chamber for 20 kW Gas Turbine Engine”, International Journal of Dynamics of Fluids, Vol. 4, No. 2, pp. 175 - 189, 2008.
  4. S N Singh, V Seshadri, R K Singh and T Mishra, “Flow characteristic of an annular gas turbine combustor model for reacting flow using CFD”, Journal of scientific & industrial research, vol. 65, pp. 921-934.
  5. Cameretti, M.C., and Tuccillo, R., “Comparing Different Solutions for the Micro-Gas Turbine Combustor”, ASME paper GT 2004-GT-53286.
  6. Dr. S. A. Channiwala & Dr. Digvijay Kulshreshtha, “Numerical simulation approach as design optimization for micro combustion chambers”, Tenth International Congress of Fluid Dynamics, December 16-19, 2010.
  7. Paolo Gobbato, Massimo Masi, Andrea Toffolo, Andrea Lazzaretto, Giordano Tanzini, “Calculation of the flow field and NOx emissions of a gas turbine combustor by a coarse computational fluid dynamics model” 10 December 2011.
  8. Kulshreshtha D. B & Channiwala S. A, “Numerical Simulation to Study the Effect of Divergence Angles on Performance of Inlet Diffuser Section of a Gas Turbine Combustor”, ICCMS 06, IIT Guwahati, 2006.
  9. Lefebvre A. H. and Halls G. A., “Some Experiences in Combustion Scaling, AGARD Advanced Aero Engine Testing”, AGARD graph 37, 1959, pp.177-204.
  10. Alessandro Marini, Alessandro Cappelletti, Giovanni Riccio, Francesco                                                                                           Martelli, “CFD re-design of a gas turbine can-type combustion chamber hydrogen fired”, V European Conference on Computational Fluid Dynamics, ECCOMAS CFD 2010
  11. Stevan Nemoda, Vukman Bakic, Simeon Oka, Goran Zivkovic, Nenad Crnomarkovic, “Experimental and numerical investigation of gaseous fuel combustion in swirl chamber”, International Journal of Heat and Mass Transfer 48 (2005) 4623–4632.
  12. Lefebvre, A.H., 2000, “Gas Turbine Combustion”, ed. Taylor & Francis.


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