The contribution discusses a model update procedure and its experimental validation in the
context of blisk mistuning. Object of investigation is an industrial test blisk of an axial …

Dynamic analysis results of a blisk are sensitive to inevitable geometrical mistuning, and the
high-fidelity finite element model (FEM) of real blisk is of paramount importance to accurately …

Blade geometric variations generally have a significant impact on the structural dynamics of
integrally bladed disks widely used in the advanced aero-engines. This paper presents a …

Modern high-pressure turbine (HPT) blade design stands out due to its high complexity
comprising three-dimensional blade features, multipassage cooling system (MPCS), and …

Introduction The vibration characteristics of a wide-chord fan blade affect the safety,
reliability, and operability of high-bypass ratio turbofan engines. Objectives In this study, the …

The blending of compressor blades leads to a permanent modification of the blade
geometry. According to these geometric changes, the modal properties of refurbished …

Conventional airfoil blend repair limits are established using nominal, design intent
geometry. This convention does not explicitly consider the inherent blade-to-blade structural …

Probabilistic design approaches taking geometric variation due to manufacturing scatter or
wear into account reflect a relevant part of today's design process in turbomachinery. This …

通过模态仿真和模态试验技术分别对某型号TC4 钛合金宽弦风扇叶片的振动特性进行研究.
采用ANSYS-APDL 软件对风扇叶片模型进行模态仿真分析. 根据风扇叶片的坎贝尔图以及不同 …

The demand for higher efficiency of jet engines requires new technologies within the design
and manufacturing processes. Since those methods influence the structural and …