Over the past decades, the Boundary Element Method has emerged as a ver satile and
powerful tool for the solution of engineering problems, presenting in many cases an …

The goal of the thesis is to provide an efficient simulation tool for the prediction of sound
radiation from vibrating structures. Acoustic simulations are an important step to optimize the …

Получены новые решения задач дифракции акустических волн на абсолютно твердых
и деформируемых криволинейных препятствиях. Развит метод поверхностных …

This paper presents a new symmetric formulation for structural acoustics in the frequency
domain. Usually, the structural domain is discretized with the Finite‐Element Method (FEM) …

A sequential FEM–BEM approach is employed to calculate the dynamic behavior and sound
radiation of rotating wheels. The equations of motion for the wheel are developed in the …

The transient interaction of acoustic media and elastic shells is considered on the basis of
the transition function approach. The three-dimensional hyperbolic initial boundary-value …

The noise radiation from rolling tires is studied numerically by using a sequential finite-
element (FEM)—hybrid boundary-element (HBEM) approach of the field equations. The …

The sound radiation from rolling tires is studied numerically by using a sequential finite
element (FEM)-hybrid boundary element (HBEM) approach. The equations of motion for the …

Zusammenfassung Ist der Einfluss von Trägheits-oder Dämpfungseffekten in der Analyse zu
berücksichtigen bzw. sind zeitlich veränderliche Belastungen vorzugeben, muss das …

The so‐called hybrid stress boundary element method (HSBEM) is introduced in a
frequency domain formulation for the computation of acoustic radiation and scattering in …