关键词: 多维层流火焰面模型；Strang分裂算法；交互迭代修正；层流抬举火焰

Abstract: Flamelet models have been applied to both laminar and turbulent flame simulations. As for complex combustion systems with multi-regimes，single-dimensional flamelet models based on single flame regime solving cannot reproduce local flame structure accurately. To overcome such deficiencies，a new interactive Z-C multi-dimensional flamelet modeling approach has been developed，which is based on the concept of multi-dimensional flamelet generated manifolds (MFM) proposed by Nguyen et al. Numerical simulation of a laminar lifted flame has been carried out to verify modeling accuracy for this new approach，with DNS solutions obtained using detailed chemistry scheme as references，and has been compared with single-dimensional premixed flamelet generated manifolds approach(premixed FGM). Analyses of different modeling solutions indicate that multi-dimensional flamelet model can capture both non-premixed and premixed characteristic of the multi-regime flame structure，comparing to single-dimensional flamelet models which can capture only one flame regime. Application of this new multi-dimensional flamelet model can lead to modeling accuracy close to DNS reference solutions，with computation efforts reduced by an order of magnitude.

Key words: Multi-dimensional flamelet generated manifolds；Strang splitting algorithm；Interactive correction；Laminar lifted flame