Titlebook: Vibration Engineering for a Sustainable Future; Numerical and Analyt Sebastian Oberst,Benjamin Halkon,Terry Brown Conference proceedings 20

織物

BLAND

cogitate

Structure Optimization of Noise and Vibration Performance using FRF Baselineon method, a method focusing on frequency response function (FRF) with many peaks has been widely used. In this paper, we propose FRF baseline as an index that represents the trend of FRF in a wider frequency band. As a result of numerical simulation, it is confirmed that the optimization method bas

Compatriot

Snowboard Simulation with Distinct Element Method and Finite Element Methodrmance in conjunction with simulations. Our developed simulation reproduces the discrete behavior of snow and deformation of a snowboard, allowing the evaluation of snowboard performance on a snow surface. Snow behavior is calculated by the distinct element method, and the elastic deformation of a s

天然熱噴泉

Gentry

Bifurcation Analysis of a Doubly Curved Thin Shell Considering Inertial Effectsparts of instrumentation (optical mirrors, membranes) or vehicles components (solar panels/antennas in satellites or car and aircraft bodies). Numerical modelling of those structures is commonly conducted using shell elements. Especially doubly curved shells have found much attention due to their ap

BANAL

任意

改變立場

Analysis of Transient Response Moment of a SDOF System Under Non-Gaussian Random Excitation by the Ehod. In this method, in order to derive a closed set of moment equations for the system response, the diffusion coefficient in a stochastic differential equation governing the excitation is replaced by an equivalent one, which is expressed by a quadratic polynomial. In numerical examples, the analyt

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