H. I. Yumrutas

Finite element simulation and failure analysis of fixed bollard system according to the PAS 68:2013 standard

M. Ergun, Mustafa Yurdabal Apak, Halit Ozen, 2022, Engineering Failure Analysis.

An innovative approach on the renewable hybrid barrier: combined use of wood and sand

A. Atahan, H. I. Yumrutas, Emre Birinci, 2021, CERNE.

The Effect of Aging on Various Physical and Mechanical Properties of Scotch Pine Wood Used in Construction of Historical Safranbolu Houses

H. Ibrahim Yumrutas, Huseyin Yorur, Seref Kurt, 2014 .

A novel modular shallow mounted bollard system design and finite element performance analysis in ensuring urban roadside safety

M. Ergun, Mustafa Yurdabal Apak, Halit Ozen, 2022, Proceedings of the Institution of mechanical engineers. Part D, journal of automobile engineering.

Experimental and numerical comparative crashworthiness analysis of innovative renewable hybrid barrier with conventional roadside barriers

Mustafa Yurdabal Apak, Sedat Ozcanan, H. I. Yumrutas, 2022, International Journal of Crashworthiness.

Experimental performance evaluation of an innovative hybrid barrier system filled with waste materials

H. I. Yumrutas, Zagros Othman Ali, 2022, Construction and Building Materials.

Renewable hybrid roadside barrier: Optimization of timber thickness

Sedat Ozcanan, H. I. Yumrutas, Huseyin Yorur, 2022, BioResources.

Evaluation of renewable hybrid barriers in terms of carbon emission with concrete and steel barriers

H. I. Yumrutas, Huseyin Yorur, Emre Birinci, 2020 .

Hybrid Road Barrier Design As Aesthetic Safety Feature and Urban Furniture

H. Ibrahim Yumrutas, Huseyin Yorur, H. I. Yumrutas, 2017 .