yes , DrAminenGENERAL : Pressure based approach , TRANSIENT conditionsnMATERIAL: H2O (ideal gas law)nINLET: TWO INLET : VARYING PRESSURE BASED INLET CONDTIONS AND TEMPERATURE (EXPERIMENATL RESULTS)nnOUTLET : CLOSED (wall adiabatic)nWALL : ADIABATIC AND HEAT FLUX = 0nnabove mentioned is basic setup for my problem , when i am running this setup , withinin few seconds i am getting average temperature inside the domain volume is more than inlet temperature what i am specified at variable temperature inletneven i approach the same setup with density based approach , I am getting same error (average temperature inside the domain more than inlet specified)n