Excess energy generation from renewables can be conveniently stored as hydrogen for later
use as a gas turbine fuel. Also, the strategy to sequestrate CO2 from natural gas (NG) will …

Abstract Direct Numerical Simulations (DNS) are performed to investigate the process of
spontaneous ignition of hydrogen flames at laminar, turbulent, adiabatic and non-adiabatic …

A three-dimensional direct numerical simulation (DNS) is performed for a turbulent hydrogen-
air flame, represented with detailed chemistry, stabilized in a model gas-turbine combustor …

The structure and stabilization of heated hydrogen jet flames in heated cross-flows was
experimentally investigated in a configuration that is analogous to terrestrial gas turbine …

The coupling between fluid strain rate, local flame extinction, hydrodynamic instability, and
flame lift-off was studied in premixed swirl flames using multi-kHz repetition-rate OH …

The transient injection and subsequent auto-ignition of a methane jet issuing into a laminar
coflow of hot exhaust gas from a lean premixed hydrogen air flame was studied using high …

Excess energy generation from renewables can be conveniently stored as hydrogen for later
use as a gas turbine fuel. Also, the strategy to sequestrate CO2 from natural gas will require …

Utilization of hydrogen in a compression ignition (CI) engine (7.4 kW rated power) under
dual-fuel mode could reduce all carbon based emissions however it emits high NO x (oxides …

In the present work, premixed combustion in a turbulent boundary layer under auto-ignitive
conditions is investigated using direct numerical simulation (DNS). The turbulent inflow of …

Autoignition of hydrogen/nitrogen jets in crossflows of vitiated air has been experimentally
studied at conditions relevant for gas turbine combustor operation, including practical …