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🔥 IEEE 2026 · Fossil · Nuclear · IC Engines · Gas Turbines · ANSYS · GT-POWER

MTech Projects for Thermal Engineering

65+ latest Thermal Engineering project topics covering Fossil Fuel & Nuclear Power, Internal Combustion Engines, Gas Turbines and Propulsion. Complete packages with IEEE base paper, ANSYS Fluent / GT-POWER / MATLAB simulation, report, PPT and viva support — Bangalore.

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Fossil Power Nuclear IC Engines Combustion Gas Turbines Propulsion Heat Transfer CFD

MTech Projects for Thermal Engineering — Power Plants, IC Engines & Gas Turbines 2026

Thermal Engineering projects focus on fossil fuel and nuclear power plant cycles, internal combustion engines and advanced combustion, and gas turbines and propulsion systems, supported by CFD and 1D system simulation.

Why choose Thermal Engineering projects at ProjectsatBangalore?

  • IEEE / ASME style base papers
  • ANSYS Fluent, GT-POWER, MATLAB models
  • Combustion and emission analysis
  • Cycle performance and optimisation
  • VTU / Anna / JNTU format reports
  • 20–25 slide PPT + 50+ viva Q&A
  • CFD mesh and result post-processing
  • Mentoring via WhatsApp / Zoom
🏭

Power Plants

Rankine, Brayton, combined cycle, nuclear

🚗

IC Engines

SI/CI, HCCI, emissions, turbocharging

🌀

Gas Turbines

Performance, cooling, combustion chambers

🚀

Propulsion

Jet engines, rockets, hybrid systems

Simulation Tools Used

Industry-standard thermal and CFD simulation platforms.

💨ANSYS Fluent 🚗GT-POWER 📐MATLAB / Simulink 🔥CONVERGE 🌊OpenFOAM ⚗️CHEMKIN

65+ Latest MTech Thermal Engineering Project Topics (2026)

Fossil Fuel & Nuclear Power, IC Engines, Gas Turbines and Propulsion topics with recommended simulation tools.

# Project Title Domain Tools / Stack
🏭  Fossil Fuel Power Plants
1Rankine Cycle Optimisation for Coal-Fired Thermal Power PlantRankineMATLAB · Cycle-Tempo · Excel
2Supercritical and Ultra-Supercritical Rankine Cycle Performance StudySupercriticalMATLAB · Thermoflow style
3Combined Cycle Power Plant (CCPP) Modelling and Efficiency ImprovementCombined CycleMATLAB · GT-POWER · Cycle tools
4Heat Recovery Steam Generator (HRSG) Design and Performance AnalysisHRSGMATLAB · ANSYS Fluent · Design
5Boiler Furnace CFD – Combustion and Heat Transfer AnalysisBoiler CFDANSYS Fluent · OpenFOAM
6Cooling Tower Performance Modelling and OptimisationCooling TowerMATLAB · ANSYS Fluent
7Flue Gas Desulphurisation and Emission Control System StudyEmissionProcess models · MATLAB
8Cogeneration (CHP) System Design for Industrial ApplicationsCHPMATLAB · Cycle analysis
9Organic Rankine Cycle (ORC) for Waste Heat RecoveryORCMATLAB · REFPROP · Cycle tools
10Coal Gasification and Integrated Gasification Combined Cycle (IGCC)IGCCProcess simulation · MATLAB
⚛️  Nuclear Power & Thermal-Hydraulics
11Pressurised Water Reactor (PWR) Primary Circuit Thermal-Hydraulic AnalysisPWRMATLAB · RELAP style · CFD
12Boiling Water Reactor (BWR) Core Cooling and Void Fraction StudyBWRMATLAB · Thermal-hydraulics models
13Nuclear Reactor Heat Exchanger and Steam Generator ModellingSGANSYS Fluent · MATLAB
14Passive Safety System Thermal Analysis for Advanced ReactorsPassive SafetyMATLAB · CFD · Literature
15Spent Fuel Pool Cooling and Accident Scenario AnalysisSpent FuelANSYS Fluent · MATLAB
16Small Modular Reactor (SMR) Thermal Design Overview and ModellingSMRMATLAB · Design studies
🚗  Internal Combustion (IC) Engines
17SI Engine Performance and Emission Modelling under Different FuelsSI EngineGT-POWER · MATLAB · CHEMKIN
18CI Engine Combustion and Emission Analysis with Diesel and BiodieselCI EngineGT-POWER · CONVERGE · ANSYS
19Turbocharged Engine Matching and Performance OptimisationTurboGT-POWER · MATLAB
20Engine Heat Balance and Cooling System DesignCoolingGT-POWER · ANSYS Fluent · MATLAB
21Variable Valve Timing (VVT) Impact on Engine PerformanceVVTGT-POWER · MATLAB
22Engine Friction and Mechanical Efficiency ModellingFrictionGT-POWER · MATLAB
23Multi-Cylinder Engine Manifold Design and Wave DynamicsManifoldGT-POWER · 1D gas dynamics
24Hybrid Powertrain – IC Engine and Electric Motor Integration StudyHybridMATLAB/Simulink · GT-POWER
25Engine Downsizing and Boosting Strategies for Fuel EconomyDownsizingGT-POWER · MATLAB
26Cold Start Emission Modelling and Catalyst Light-Off AnalysisCold StartGT-POWER · CHEMKIN · MATLAB
💥  Advanced Combustion
27HCCI (Homogeneous Charge Compression Ignition) Engine ModellingHCCIGT-POWER · CONVERGE · CHEMKIN
28RCCI (Reactivity Controlled Compression Ignition) Dual-Fuel StudyRCCICONVERGE · GT-POWER · CHEMKIN
29CFD Analysis of Spray and Combustion in Diesel EnginesSpray CFDCONVERGE · ANSYS Fluent · OpenFOAM
30Gaseous Fuel (CNG / Hydrogen) Combustion in SI EnginesGaseous FuelGT-POWER · CHEMKIN · MATLAB
31EGR (Exhaust Gas Recirculation) Effect on NOx and SootEGRGT-POWER · CONVERGE · MATLAB
32Chemical Kinetics Modelling of Hydrocarbon CombustionKineticsCHEMKIN · Cantera · MATLAB
33Knock Prediction and Suppression Strategies in SI EnginesKnockGT-POWER · CHEMKIN · CFD
🌀  Gas Turbines
34Brayton Cycle Performance Analysis and Component MatchingBraytonMATLAB · GasTurb style · Excel
35Gas Turbine Combustor Design and CFD AnalysisCombustorANSYS Fluent · OpenFOAM · CHEMKIN
36Turbine Blade Cooling Techniques – Film Cooling CFD StudyBlade CoolingANSYS Fluent · STAR-CCM+
37Compressor Performance Map Generation and Surge AnalysisCompressorMATLAB · CFD · Design tools
38Gas Turbine Off-Design Performance and Part-Load EfficiencyOff-DesignMATLAB · Cycle models
39Inlet Fogging and Evaporative Cooling for Power AugmentationFoggingMATLAB · Cycle analysis
40Micro Gas Turbine Modelling for Distributed GenerationMicro GTMATLAB · GT-POWER style
41Thermal Barrier Coating (TBC) Effect on Turbine Blade LifeTBCANSYS · Thermal stress · Literature
42Combined Cycle with Gas Turbine and Steam Bottoming Cycle OptimisationCCGTMATLAB · Cycle-Tempo
🚀  Propulsion Systems
43Turbojet and Turbofan Engine Cycle Analysis and Component DesignJet EngineMATLAB · GasTurb · Design
44Ramjet and Scramjet Propulsion – Thermodynamic ModellingRamjetMATLAB · CFD · Literature
45Rocket Nozzle Design and Flow Analysis (CD Nozzle CFD)Rocket NozzleANSYS Fluent · OpenFOAM · MATLAB
46Hybrid Rocket Propulsion – Performance and Regression Rate StudyHybrid RocketMATLAB · Literature · Models
47Electric Propulsion – Hall Thruster / Ion Engine Conceptual StudyElectric PropMATLAB · Plasma models · Literature
48Aircraft Engine Emission and Noise ConsiderationsEmissionsCycle models · MATLAB · Data
🌡️  Heat Transfer & Thermal Systems
49Heat Exchanger Design – Shell & Tube and Compact ExchangersHeat ExchangerMATLAB · ANSYS Fluent · Design codes
50CFD Analysis of Forced and Natural Convection Heat TransferConvectionANSYS Fluent · OpenFOAM
51Boiling and Condensation Heat Transfer ModellingPhase ChangeANSYS Fluent · MATLAB
52Thermal Management of Electronic Systems and Heat SinksElectronics CoolingANSYS Fluent · Icepak style
53Solar Thermal Collector Performance ModellingSolar ThermalMATLAB · TRNSYS style · CFD
54Insulation Design and Heat Loss Reduction for Pipelines / FurnacesInsulationMATLAB · ANSYS · Design
💨  CFD & Advanced Simulation
55RANS vs LES Comparison for Turbulent Flow and Heat TransferTurbulenceANSYS Fluent · OpenFOAM
56Multiphase Flow Modelling in Thermal SystemsMultiphaseANSYS Fluent · OpenFOAM
57Conjugate Heat Transfer (CHT) Analysis of Cooled ComponentsCHTANSYS Fluent · STAR-CCM+
58Porous Media Modelling for Filters and RegeneratorsPorous MediaANSYS Fluent · OpenFOAM
🚀  Advanced & Research-Oriented Topics
59Hydrogen as Fuel for Gas Turbines and IC Engines – Performance StudyHydrogenGT-POWER · CHEMKIN · MATLAB
60Ammonia and Alternative Fuels for Decarbonised Power GenerationAlt FuelsCHEMKIN · Cycle models · Literature
61Digital Twin of a Thermal Power Plant for Performance MonitoringDigital TwinMATLAB · Data · Dashboard
62Machine Learning based Engine Calibration and Emission PredictionML EnginePython · Scikit-learn · GT-POWER data
63Waste Heat Recovery using Thermoelectric Generators (TEG)TEGMATLAB · Thermal models
64Carbon Capture Integration with Thermal Power PlantsCCSProcess models · MATLAB · Literature
65End-to-End Thermal System: Power Plant Cycle + Component CFD + Emission AnalysisFull SystemMATLAB · ANSYS Fluent · GT-POWER · CHEMKIN

★ All 65 MTech Thermal Engineering project topics are sourced from IEEE, ASME Journal of Engineering for Gas Turbines and Power, Combustion and Flame, Applied Thermal Engineering and leading conference papers (2022–2026). Each project includes the base paper, complete simulation models (ANSYS Fluent / GT-POWER / MATLAB / CONVERGE), analysis results, university-format report for VTU / Anna University / JNTU, PPT (20–25 slides) and 50+ viva Q&A specific to the topic.

FAQ — MTech Thermal Engineering Projects

Top topics include Rankine and combined cycle optimisation, Nuclear thermal-hydraulics, IC engine combustion and emission modelling (including HCCI/RCCI), Gas turbine performance and blade cooling, Propulsion cycle analysis, and Waste heat recovery. All include IEEE base paper, simulation models, report and viva support.
CFD: ANSYS Fluent, OpenFOAM, CONVERGE, STAR-CCM+. Engine 1D: GT-POWER. Cycle analysis: MATLAB/Simulink. Kinetics: CHEMKIN / Cantera. Plant-level: Cycle-Tempo / Thermoflow style tools.
Yes. Every project includes IEEE / ASME style base paper, complete simulation models, key results and plots, university-format report (VTU, Anna University, JNTU), PPT (20–25 slides) and 50+ viva Q&A.
Cycle analysis and 1D engine projects: typically 7–14 days. Full CFD (combustor, blade cooling, spray) projects: 12–21 days. Contact +91 95919 12372 with your deadline.