Current analysis of fragile bronzes mainly relies on the research of two-dimensional aspects such as sample cross-sections and surfaces while typically utilizing optical and electronic microscopy, Raman spectroscopy, and X-ray fluorescence spectroscopy (XRF).As a fast Novelty Toys + Gifts and nondestructive testing method, computer tomography (CT)
Numerical investigation of branch plate-to-CHS connection under eccentric shear loading
Circular Hollow Section (CHS) columns are usually used in high-rise buildings.International design specifications usually overestimate the design of the beam-to-CHS column branch plate connections.This paper numerically investigates the behavior and strength of beam-to-CHS column branch plate connections using Craft a finite element (FE) model.The
Towards the Beauty of Buddhism: The Development and Validation of a Buddhist Aesthetics Scale
Buddhist aesthetics, as a profound intrinsic value of pleasure, has continually attracted scholars to shed light on its influential effects.Its aesthetic nature, however, has drawn on the laws of profound Buddhist Laundry Basket thoughts, which is challenging for empiricists to generate evidence for.Though some individual components or factors deri
Flow-Induced Vibration Hybrid Modeling Method and Dynamic Characteristics of U-Section Rubber Outer Windshield System of High-Speed Trains
The flow-induced vibration characteristic of the U-section rubber outer windshield structure of high-speed train is the key factor to limit its high-speed movement.Accurate and effective flow-induced vibration analysis of windshield structures is an important topic.In this paper, a hybrid modeling method for the analysis of flow-induced vibration o