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An analysis of the influence of selected factors on the accident rate in the construction industry

Hoła B., Nowobilski T., Rudy J., Czarnocki K.

Technical Transactions

2018

Vol. 115, iss. 6

95--101

This paper presents the results of research aimed at constructing a linear mathematical model that determines the influence of selected factors characterising construction production on the accident rate in the construction industry. A number of linear multi-factor mathematical models were developed, which were then compared with each other, and those that best described the analysed phenomena were selected.

W artykule zawarto rezultaty badań, których celem było zbudowanie liniowego modelu matematycznego określającego wpływ wybranych czynników charakteryzujących produkcję budowlaną, na wypadkowość w budownictwie. Opracowano kilkanaście liniowych wieloczynnikowych modeli matematycznych, które następnie porównano ze sobą i wytypowano te, które najlepiej opisują analizowane zjawisko.

Multibody model of the human upper extremity for fracture simulation

Milanowicz M., Kędzior K.

International Journal of Occupational Safety and Ergonomics

2016

Vol. 22, No. 3

320--326

About 3.8 million people are injured in accidents at work in Europe every year. The resulting high costs are incurred by the victims themselves, their families, employers and society. We have used a numerical simulation to reconstruct accidents at work for several years. To reconstruct these accidents MADYMO R7.5 with a numerical human model (pedestrian model) is used. However, this model is dedicated to the analysis of car-to-pedestrian accidents and thus cannot be fully used for reconstructing accidents at work. Therefore, we started working on the development of a numerical model of the human body for the purpose of simulating accidents at work. Developing a new numerical model which gives an opportunity to simulate fractures of the upper extremity bones is a stage of that work.