Ankit Dekhatawala Email & Phone Number

Surat, Gj, In

Vadodara, Gujarat, India

Surat, Gujarat, India

• Development of novel concepts of Multi Tube Inverse Diffusion Flame Burner and Inverse Diffusion Porous Medium Burner through numerical and experimental investigation for industrial heating application.• Registered a unique design of Multi Tube Inverse Diffusion Flame Burner (Design Accepted and Published in Patent Office Journal 14/2022 Dated 08/04/2022).• Design and Development of square shape Inverse Diffusion Porous Medium burner using unstructured porous medium Silicon Carbide (SiC).• Designed structed porous medium for Inverse Diffusion Porous medium combustor. Created 3D CAD model using CAD tool Solid Works for fabrication and manufactured using additive manufacturing technique.• Performed Reactive experiments Inverse Diffusion Porous medium burner with variation of geometrical and flow parameter for unstructured porous medium as well as structured porous medium using methane and mixture of methane hydrogen as fuel to determine optimum thermal and emission characteristics.

Surat Area, India

Few fundamental subjects of mechanical engineering stream i.e. Heat Transfer, Fluid Dynamics, Computational Fluid Dynamics (CFD) and Finite Element Method (FEM) are taught undergraduate as well as post graduate students during practical sessions. The training of CFD/FEM analysis is taught using Ansys Fluent/Ansys APDL tool for post graduate students

Surat Area, India

A new concept of reverse fuel injection system is designed, 3D model is modelled using CAD tool Gambit and CFD analysis of Upward Swirl CAN type gas turbine combustor is carried out using commercial CFD code Ansys Fluent for reactive condition.The turbulent flow field is predicted using Large Eddy Simulation (LES) model and Radiation heat loss is determined using DO radiation model during numerical investigation.The prototype of Upward Swirl CAN type gas turbine combustor with various configuration reverse fuel injection system is developed and tested.Performance parameters such as centreline exit temperature profile, Thermal imaging of casing of combustor and emission levels are measured to determine optimum thermal and Emission performance of combustor during experimental investigation.

Vadodara Area, India

CAD modelling geometrical two-dimensional and three-dimensional model as per client requirement using Computer aided Design Software CREO Parametric

Surat Area, India

 Development of experimental setup of upward swirl CAN type gas turbine combustor. In this arrangement, primary air is introduced parallel to combustor axis. Temperature profiles measured at combustor outlet in both upward and backward swirl CAN combustor. Analysis Exhaust gas of upward swirl and backward swirl combustor with the help of five gas analyser is done. Flow physics inside backward swirl combustor is studied using commercially CFD code ANSYS FLUENT numerically under both isothermal and reactive conditions.

Doctor Of Philosophy - Phd, Mechanical Engineering, 8.41 Cgpa

Development of novel concepts of Inverse Diffusion Porous Medium Burner through numerical and experimental investigation for industrial.

Master Of Technology - Mtech, Mechanical Engineering (Turbomachines), 9.09 Cgpa

Advanced Fluid Dynamics, Computational Fluid Dynamics, Finite Element method, Design of Thermal Turbomachines,Thermal turbomachines.

Bachelor Of Engineering - Be, Aerospace, Aeronautical And Astronautical Engineering, 69.69%