Fatigue strength of steels in unit loading of specimens by natural damped oscillations

Kirdeev, Yu. P.; Stroeva, V. N.

doi:10.1007/bf01528657

Cited by 2 publications

(1 citation statement)

References 2 publications

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“…The normal accepted level of sound noise is around 60 dB (decibel), according to the World Health Organization (WHO) [22]. Several studies have investigated the noise pollution in urban areas, including in residentialareas, schools, universities [23][24][25][26][27][28][29] and prayer places like mosques [30]. Furthermore, A.R.…”

Section: Introductionmentioning

confidence: 99%

Noise Measurements in Industrial Areas in North A' Sharqiyah Region -Oman

Bahri¹,

Al-Harthy²,

Hashmi³

et al. 2022

IJRIAS

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Noise pollution has become a serious problem nowadays due to industrial development and Urbanization. Industrial noise in particular is exceeding being an environmental issue to be a health issue for workers. In this study, we investigated the noise levels in industrial areas in Oman, specifically the largest industrial area in North A’ Sharqiyah region. This study has been conducted in Ibra industrial area, in which the area covered for the study is around 3 km2 which includes more than 200 workshops. Twenty-one different zones have been selected within this area to measure the noise levels. The noise levels were measured using the sound level meter (S/N:2019023967) with a measuring range of (30 to 130 dB) and an accuracy of 1.5 dB. The measurements have been conducted in two time intervals and on different days during the week. The primary sources of noise have been identified to be from workshops. The results have been compared to the Omani standards issued by the Ministry of Environment and Climate Affairs and it was found that the industrial area had higher levels of noise and it is beyond the Oman standard norms. The average exposure time of high noise has been calculated during working hours to be 3 hours per day.

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Section: Introductionmentioning

confidence: 99%

Noise Measurements in Industrial Areas in North A' Sharqiyah Region -Oman

Bahri¹,

Al-Harthy²,

Hashmi³

et al. 2022

IJRIAS

View full text Add to dashboard Cite

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Children build their vocabularies in noisy environments: The necessity of a cross‐disciplinary approach to understand word learning

Gordon,

Grieco‐Calub

2023

WIRES Cognitive Science

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Research within the language sciences has informed our understanding of how children build vocabulary knowledge especially during early childhood and the early school years. However, to date, our understanding of word learning in children is based primarily on research in quiet laboratory settings. The everyday environments that children inhabit such as schools, homes, and day cares are typically noisy. To better understand vocabulary development, we need to understand the effects of background noise on word learning. To gain this understanding, a cross‐disciplinary approach between researchers in the language and hearing sciences in partnership with parents, educators, and clinicians is ideal. Through this approach we can identify characteristics of effective vocabulary instruction that take into account the background noise present in children's learning environments. Furthermore, we can identify characteristics of children who are likely to struggle with learning words in noisy environments. For example, differences in vocabulary knowledge, verbal working memory abilities, and attention skills will likely influence children's ability to learn words in the presence of background noise. These children require effective interventions to support their vocabulary development which subsequently should support their ability to process and learn language in noisy environments. Overall, this cross‐disciplinary approach will inform theories of language development and inform educational and intervention practices designed to support children's vocabulary development.This article is categorized under: Psychology > Language Psychology > Learning Psychology > Theory and Methods

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Fatigue strength of steels in unit loading of specimens by natural damped oscillations

Cited by 2 publications

References 2 publications

Noise Measurements in Industrial Areas in North A' Sharqiyah Region -Oman

Noise Measurements in Industrial Areas in North A' Sharqiyah Region -Oman

Children build their vocabularies in noisy environments: The necessity of a cross‐disciplinary approach to understand word learning

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