FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2963669588> ?p ?o ?g. }

• W2963669588 endingPage "527" @default.
• W2963669588 startingPage "507" @default.
• W2963669588 abstract "Nowadays, noise pollution is considered a major environmental problem which has affected the health and comfort of millions of people around the world. Solving the mentioned problems need to design a new generation of acoustic barriers. Acoustics experts believe that stopping and absorbing the low-frequency sound is difficult. The aims of this study were to remove the harmful frequency in industries and cities. This study concentrates on the reduction of the noise level and increasing the mass law and resonance at low frequencies.Sound measurement and frequency analysis did to fix the harmful frequency in the Shiraz city and in the Shiraz Gas Power Plant. COMSOL 5.3a software used for simulation. Suitable material chose for the manufacture of the sound barrier through the Cambridge engineering selection software 2013. The meta-material sound barrier made and tested in the acoustic room and in the free space. Results analyzed and optimized by Design of Experiment (DOE) and Response Surface Methodology (RSM) software. Mini Tab. 18.1 software used for Statistical Calculations. New sound barriers manufactured with adding new strategies to previous studies to improve the performance of meta-materials like beautification inspired from the flowers of nature and increasing of resonance in internal pipes.Three mechanisms used in this scatterer model which included, resonance phenomenon, Band Gap (BG) without absorption mechanism and inner-fractal-like structure. Our technique showed an advantage to reduce at frequencies below 100 Hz without adsorbent usage. The results showed that reduced noise exposures about 17.8 dB at frequency 50 Hz, about 9.1 dB within the range of 250 Hz according to EN 1793-2 standard (Lab Test for Airborne Sound Insulation). The sound barrier reported in this work provides the best and updated solution in the field of noise control.A novel generation of sound barriers introduced. We called this structure Interior Quasi-Fractal Sonic Crystal Acoustic Barrier (IQFSCAB). In this study, several different gaps used to remove various frequencies. It could be concluded that the outcomes of the meta-material models based on the Sonic Crystal (SC) could be used for the purpose of noise control system and could be helpful for decision-makers on the noise control legislations. Graphical abstractInteraction of waves with noise barriers and wave propagation inside periodic media is a hot topic in many branches of science and technology. The acoustic metamaterial can create green environments by reducing the low frequencies of industrial noise or traffic jam. New barrier have added a number of new strategies to previous studies in order to improve the performance of meta-materials. Our technique shows a clear advantage over to absorb at frequencies below 100 Hz without adsorbent usage. Innovative use of several different gaps and diameters for to remove various frequencies was done in this study. We called this structure IQFSACB due to fractal like interior pipes as those seen in some of the flowers in nature." @default.
• W2963669588 created "2019-07-30" @default.
• W2963669588 creator A5036206720 @default.
• W2963669588 creator A5054488381 @default.
• W2963669588 creator A5066621949 @default.
• W2963669588 date "2019-07-23" @default.
• W2963669588 modified "2023-10-18" @default.
• W2963669588 title "Designing, constructing and testing of a new generation of sound barriers" @default.
• W2963669588 cites W1639986114 @default.
• W2963669588 cites W1970168843 @default.
• W2963669588 cites W1971821930 @default.
• W2963669588 cites W1982877362 @default.
• W2963669588 cites W1983754779 @default.
• W2963669588 cites W1985217006 @default.
• W2963669588 cites W1992886802 @default.
• W2963669588 cites W1993378925 @default.
• W2963669588 cites W1993973654 @default.
• W2963669588 cites W2000480085 @default.
• W2963669588 cites W2001451609 @default.
• W2963669588 cites W2003541316 @default.
• W2963669588 cites W2004098727 @default.
• W2963669588 cites W2004542122 @default.
• W2963669588 cites W2025169742 @default.
• W2963669588 cites W2029292323 @default.
• W2963669588 cites W2032164667 @default.
• W2963669588 cites W2033569957 @default.
• W2963669588 cites W2035274406 @default.
• W2963669588 cites W2038761690 @default.
• W2963669588 cites W2040701462 @default.
• W2963669588 cites W2045950703 @default.
• W2963669588 cites W2046401545 @default.
• W2963669588 cites W2053409152 @default.
• W2963669588 cites W2057027894 @default.
• W2963669588 cites W2067905002 @default.
• W2963669588 cites W2068454865 @default.
• W2963669588 cites W2068692675 @default.
• W2963669588 cites W2069224823 @default.
• W2963669588 cites W2069580505 @default.
• W2963669588 cites W2072281189 @default.
• W2963669588 cites W2072827431 @default.
• W2963669588 cites W2074064356 @default.
• W2963669588 cites W2075689277 @default.
• W2963669588 cites W2076341850 @default.
• W2963669588 cites W2076652684 @default.
• W2963669588 cites W2080735877 @default.
• W2963669588 cites W2081369304 @default.
• W2963669588 cites W2085926107 @default.
• W2963669588 cites W2087669119 @default.
• W2963669588 cites W2090838661 @default.
• W2963669588 cites W2093264047 @default.
• W2963669588 cites W2094758754 @default.
• W2963669588 cites W2098758439 @default.
• W2963669588 cites W2132137139 @default.
• W2963669588 cites W2134974742 @default.
• W2963669588 cites W2140195688 @default.
• W2963669588 cites W2143401331 @default.
• W2963669588 cites W2148020016 @default.
• W2963669588 cites W2152873637 @default.
• W2963669588 cites W2163540169 @default.
• W2963669588 cites W2169207072 @default.
• W2963669588 cites W2407833112 @default.
• W2963669588 cites W2515813095 @default.
• W2963669588 cites W2594546544 @default.
• W2963669588 cites W2602236166 @default.
• W2963669588 cites W2909414282 @default.
• W2963669588 cites W3101688423 @default.
• W2963669588 cites W3103223006 @default.
• W2963669588 cites W4239187226 @default.
• W2963669588 cites W4247223564 @default.
• W2963669588 cites W751900725 @default.
• W2963669588 cites W2037028124 @default.
• W2963669588 doi "https://doi.org/10.1007/s40201-019-00357-y" @default.
• W2963669588 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6985335" @default.
• W2963669588 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32030130" @default.
• W2963669588 hasPublicationYear "2019" @default.
• W2963669588 type Work @default.
• W2963669588 sameAs 2963669588 @default.
• W2963669588 citedByCount "4" @default.
• W2963669588 countsByYear W29636695882020 @default.
• W2963669588 countsByYear W29636695882021 @default.
• W2963669588 countsByYear W29636695882022 @default.
• W2963669588 crossrefType "journal-article" @default.
• W2963669588 hasAuthorship W2963669588A5036206720 @default.
• W2963669588 hasAuthorship W2963669588A5054488381 @default.
• W2963669588 hasAuthorship W2963669588A5066621949 @default.
• W2963669588 hasBestOaLocation W29636695882 @default.
• W2963669588 hasConcept C115961682 @default.
• W2963669588 hasConcept C121332964 @default.
• W2963669588 hasConcept C125287762 @default.
• W2963669588 hasConcept C154945302 @default.
• W2963669588 hasConcept C199360897 @default.
• W2963669588 hasConcept C203718221 @default.
• W2963669588 hasConcept C207240575 @default.
• W2963669588 hasConcept C24890656 @default.
• W2963669588 hasConcept C2777904410 @default.
• W2963669588 hasConcept C41008148 @default.
• W2963669588 hasConcept C67514181 @default.
• W2963669588 hasConcept C99498987 @default.

• next