Titlebook: Advanced Technologies, Systems, and Applications VII; Proceedings of the I Naida Ademović,Edin Mujčić,Zlatan Akšamija Conference proceeding

ACRO

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书目名称Advanced Technologies, Systems, and Applications VII读者反馈学科排名

Guaff豪情痛饮

不适当

Konzeptuelles und Zusammenfassendesction factors, on the analysis. As a result of all the analyses, it is thought that the energy level transferred in the SPT significantly affects the results, and since shear wave velocity (Vs) does not require such a correction, using SPT-N values as a reference in the analyses will reduce the nega

讽刺滑稽戏剧

Anthropo- und biomedizinische Technik parameters that will be used to determine the earthquake effects on structures are examined. The results of structural analysis using special design spectra obtained for each province were also examined. This study aims to determine the effect of seismicity risk on both earthquake and structural ou

ASSET

Anthropo- und biomedizinische Technikndependently but on numerous independent systems and their interconnectivity. To understand resilience, one needs to get a better estimate of damage, requiring a better interpretation of the failure mechanism, better representation of extreme loads, and better estimates for quick reconstruction. The

Detoxification

https://doi.org/10.1007/978-3-663-11909-8tva River during a period of low flows. Based on the results of calibration and verification of the model in this study, a simulation of the current state of water quality of the Neretva River was performed. The modeling results showed that the water quality of the Neretva River will improve as a re

auxiliary

Grundeigenschaften lebender Systeme,g calibration, 5 of the 19 parameters of the ASM1 model (Y., K., K., μ. and K.) were adjusted. Verification confirmed the selected parameters, and the simulation obtained that the switching of aeration from manual adjustment to automatic operation and with the adjustment of the concentration of diss

mitten

garrulous

Bionik als Wissenschafts- und Arbeitsgebiet,duction of filtrate quantities by covering the open areas of the landfill was conducted. The EPA Water balance model was used to analyze the filtrate production, and the conditions were considered with respect to the site situation. Assessment of the reduction of the amount of leachate at the Saraje

Instrumental