آسیوند, احسان

دانشگاه علوم پزشکی ایران

[ 1 ] - ارائه ابعاد حوادث شغلی براساس وابستگی گروه های ریسک و آسیب(مطالعه موردی طی سالهای 1384 تا 1393 )

Background and aim: correspondence analysis method as the best method to optimize matrix functions that using the risk-injury matrix methods are analyzed. This method reduces the information contained in the risk-injury table and to determine the correlation between the variables in the matrix. The aim of this study is to present accidents and occupational hazards dimensions is dependent to ris...

[ 2 ] - ارتباط پرخاشگری با میانگین سرعت و انحرافات عرضی در رانندگان تاکسی شهر تهران

Background and aims: Speeding and deviation to the left and right are the most notable and important causes of injuries that caused by traffic accidents in most countries. Injuries caused by these events are so great that it will be remembered as a war on the road. Due to the importance of the relation between aggression, errors and violations, this study aimed to investigate the relationship o...

[ 3 ] - Association of Road Traffic Noise Exposure and Driving Behaviors

Background: The noise caused by traffic is an increasingly prominent feature of urban environments. However, limited studies have been focused on the assessment of exposure-response relationship between road traffic noise exposure and driving behaviors in Iran. The present study aimed to investigate the prevalence of the violations caused by road traffic noise exposure in Qazvin, Iran. Methods...

[ 4 ] - Can exposure to whole body vibration in operators of construction vehicles affect the prevalence of musculoskeletal disorders? A research study in construction projects

Operators of construction vehicles are constantly exposed to whole body vibration, which can lead to musculoskeletal disorders. The aim of present study was to evaluate the impact of exposure to whole body vibration in operators and its relation to musculoskeletal disorders. This study is a descriptive-analytical study. Using easy sampling, 89 operators from 6 types of heavy vehicles (Bulldoze...