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A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model
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S. Kaplanvural Et Al. , "A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model," Scientific Reports , vol.14, no.1, 2024

Kaplanvural, S. Et Al. 2024. A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model. Scientific Reports , vol.14, no.1 .

Kaplanvural, S., Tosyalı, E., & Ekmekçi, I., (2024). A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model. Scientific Reports , vol.14, no.1.

Kaplanvural, Selcan, Eren Tosyalı, And İSMAİL EKMEKÇİ. "A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model," Scientific Reports , vol.14, no.1, 2024

Kaplanvural, Selcan Et Al. "A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model." Scientific Reports , vol.14, no.1, 2024

Kaplanvural, S. Tosyalı, E. And Ekmekçi, I. (2024) . "A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model." Scientific Reports , vol.14, no.1.

@article{article, author={Selcan Kaplanvural Et Al. }, title={A new approach to determine occupational accident dynamics by using ordinary differential equations based on SIR model}, journal={Scientific Reports}, year=2024}