CANTERA
projects.

1–48 of 48

1. Week 3 - Adiabatic Flame Temperature calculationAditya IyerCANTERAPYTHONChallenge · Jul 2023
2. Week 4.1- Handling Mixtures with CanteraSagar VekariyaCANTERAHTMLChallenge · Sept 2022
3. Week 4.1- Handling Mixtures with CanteraVenkatasuryasriharsha AmaravadiCANTERAChallenge · Sept 2022
4. Week 4.1- Handling Mixtures with CanteraPureti Siva Naga Masthan Vali Pureti Siva NagaCANTERAHTMLChallenge · Aug 2022
5. Week 3 - Adiabatic Flame Temperature calculationAkash ChoubeyCANTERAChallenge · May 2022
6. Week 4.2 - Combustion Efficiency Calculation after PreheatingKpooupadang Jacques AbouziCANTERAChallenge · Apr 2022
7. Week 3 - Adiabatic Flame Temperature calculationBharat BhushanCANTERACOMBUSTIONChallenge · Apr 2022
8. Adiabatic Flame Temperature calculationAbin AbrahamCANTERAChallenge · Mar 2022
9. Week 7 - Auto ignition using CanteraChalumuru ManasCANTERAChallenge · Mar 2022
10. Week 4.1- Handling Mixtures with CanteraBhavin PatelCANTERAChallenge · Mar 2022
11. Week 4.1- Handling Mixtures with CanteraPraveen SelvakumarCANTERAChallenge · Dec 2021
12. Week 7 - Auto ignition using CanteraTwinkle SharmaCANTERAChallenge · Dec 2021
13. Week 3 - Adiabatic Flame Temperature calculationChalumuru ManasCANTERACOMBUSTIONChallenge · Dec 2021
14. Auto ignition using CanteraShashank MCANTERAChallenge · Oct 2021
15. Week 3 - Adiabatic Flame Temperature calculationSadiq MdCANTERAChallenge · Sept 2021
16. Week 3 - Adiabatic Flame Temperature calculationAmol PatelCANTERAChallenge · Sept 2021
17. EVALUATION OF ADIABATIC FLAME TEMPERATURE USING PYTHON AND CANTERAHimanshu ChavanCANTERAPYTHONChallenge · Jul 2021
18. HANDLING COMBUSTION MIXTURE WITH CANTERAHimanshu ChavanCANTERACOMBUSTIONChallenge · Jul 2021
19. STUDY OF AUTO-IGNITION TIME OF METHANE USING CANTERAHimanshu ChavanCANTERAChallenge · Jul 2021
20. Week 3 - Adiabatic Flame Temperature calculationKaustubh AwachatCANTERACOMBUSTIONChallenge · Jun 2021
21. Week 7 - Auto ignition using CanteraAkshay UnnikrishnanCANTERAChallenge · Jun 2021
22. Week 7 - Auto ignition using CanteraRaghavendra DarishaCANTERAChallenge · May 2021
23. Week 7 - Auto ignition using CanteraChilakamarri VedavyasCANTERAChallenge · May 2021
24. Sensitivity Analysis on Combustion of methane using CanteraVeeraraghavan BalajiCANTERAPYTHONProject · Apr 2021
25. Week 4.1- Handling Mixtures with CanteraChilakamarri VedavyasCANTERAChallenge · Apr 2021
26. Week 3 - Adiabatic Flame Temperature calculationSoudip HazraCANTERAPYTHONChallenge · Apr 2021
27. Week 3 - Adiabatic Flame Temperature calculationAkshay UnnikrishnanCANTERAChallenge · Mar 2021
28. Week 3 - Adiabatic Flame Temperature calculationNirmal Kumar VCANTERACOMBUSTIONChallenge · Mar 2021
29. Week 7 - Auto ignition using CanteraJorge LozanoCANTERAChallenge · Feb 2021
30. REACTION MECHANISM REDUCTION FOR THE GRI 3.0 MECHANISM WITH DIFFERENT STATE VARIABLE COMBINATIONS USING PYTHON AND CANTERARajamahanti HarshithCANTERAPYTHONProject · Jan 2021
31. Auto ignition using CanteraAnurag BharadwajCANTERAChallenge · Oct 2020
32. Adiabatic Flame Temperature calculationAnurag BharadwajCANTERACOMBUSTIONChallenge · Oct 2020
33. Combustion Efficiency Calculation after PreheatingGaurav KharwadeCANTERAChallenge · Sept 2020
34. Adiabatic Flame Temperature calculation using Python and CanteraGaurav KharwadeCANTERAPYTHONChallenge · Sept 2020
35. Reaction Mechanism Reduction ProjectManivannan SrinivasanCANTERAProject · Jun 2020
36. 1D Flame Speed AnalysisManivannan SrinivasanCANTERAProject · May 2020
37. Adiabatic Flame Temperature calculationManivannan SrinivasanCANTERACOMBUSTIONProject · May 2020
38. Adiabatic Flame Temperature CalculationVeeraraghavan BalajiCANTERAPYTHONProject · Apr 2020
39. Calculating auto-ignition time for methane combustion under various initial condition using Python and CanteraShrey ShahCANTERAPYTHONProject · Apr 2020
40. 1-D flame speed analysis for methane and hydrogen combustion mechanisms using Python and CanteraShrey ShahCANTERAPYTHONProject · Apr 2020
41. Sensitivity analysis of the GRI 3.0 mechanism to find the most temperature-sensitive reactions in the methane combustion mechanismShrey ShahCANTERAPYTHONProject · Apr 2020
42. Reaction mechanism reduction for the GRI 3.0 mechanism with different state variable combinations using Python and CanteraShrey ShahCANTERAPYTHONProject · Apr 2020
43. Senstivity Analysis Temperature as VariableMohd Sami UddinCANTERAProject · Apr 2020
44. Auto Ignition temperature and delay using CanteraPraveen VsCANTERAProject · Feb 2020
45. Handling Mixtures using CanteraPraveen VsCANTERAProject · Jan 2020
46. Quantification of Auto Ignition Time and Ignition Delay for Methane Combustion Under Varying Initial Conditions of Pressure and TemperatureShouvik BandopadhyayCANTERAPYTHONProject · Jan 2020
47. ADIABATIC FLAME TEMPERATURE CALCULATION FOR COMBUSTION REACTION OF HYDROCARBONS AS FUEL IN CONSTANT PRESSURE AND CONSTANT VOLUME SYSTEMSShouvik BandopadhyayCANTERAPYTHONProject · Jan 2020
48. Adiabatic Flame TemperatureRajesh PotthuruCANTERAProject · Jun 2019