| ۶۱ | Analyzing outdoor thermal comfort conditions in a university campus in hot-arid climate: A case study in Birjand, Iran | S. Alireza Zolfaghari,Soheila Khalili, | Urban Climate | 2022 |
| ۶۲ | Numerical Investigation on Oscillation Behavior of a Non-isothermal Self-excited Jet in a Cavity: The Effects of Reynolds Number and Temperature Differences | S. Alireza Zolfaghari,Amir Omidvar | International Journal of Engineering | 2022 |
| ۶۳ | توسعه یک مدل چندبخشی برای ارزیابی شرایط حرارتی بدن انسان با اصلاح سیستم گردش خون | S. Alireza Zolfaghari | مهندسی مکانیک دانشگاه تبریز | 2022 |
| ۶۴ | Computational study on self-oscillatory flow induced by vertical and horizontal jets in partially heated and cooled cavities | S. Alireza Zolfaghari,َAmir Omidvar | International Communication in Heat and Mass Transfer | 2021 |
| ۶۵ | Experimental Investigation of the Effects of Non-Uniform Clothing Ensembles on the Occupants' Thermal Perceptions under a Local Ventilation System | S. Alireza Zolfaghari,Mehdi Maerefat,Jorn Toftum | International Journal of Air-Conditioning and Refrigeration | 2021 |
| ۶۶ | The influence of air inlet angle in swirl diffusers of UFAD system on distribution and deposition of indoor particles | S. Alireza Zolfaghari,Hasan Hassanzadeh | BUILDING AND ENVIRONMENT | 2021 |
| ۶۷ | Numerical investigation of the effects of fan-coil airflow direction on distribution and deposition of indoor pollutant particles | S. Alireza Zolfaghari,Hasan Hassanzadeh,Mazyar Salmanzadeh | journal of building engineering | 2021 |
| ۶۸ | An efficient GPU-based fractional-step domain decomposition scheme for the reaction–diffusion equation | S. Alireza Zolfaghari,Hossein Mahmoodi Darian,Hamid Saadatfar | Computational and Applied Mathematics | 2020 |
| ۶۹ | Numerical study of nozzle width effect on cooling performance of a turbulent impinging oscillating jet in a heated cavity | S. Alireza Zolfaghari,امیدوار | International Communication in Heat and Mass Transfer | 2020 |
| ۷۰ | Assessment of overall body thermal sensation based on the thermal response of local cutaneous thermoreceptors | S. Alireza Zolfaghari,Mehdi Maerefat,Negin Moallemi Khiavi | Journal of Thermal Biology | 2019 |
| ۷۱ | A new individualized thermoregulatory bio-heat model for evaluating the | Hasan Hassanzadeh,S. Alireza Zolfaghari,havenic jorg,marfat mehdi | BUILDING AND ENVIRONMENT | 2018 |
| ۷۲ | A new local index for predicting local thermal response of individual body segments | S. Alireza Zolfaghari,Moallemi Khiavi Negin,Maerefat Mahdi | Journal of Thermal Biology | 2018 |
| ۷۳ | A new individualized thermoregulatory bio-heat model for evaluating the effects of personal characteristics on human body thermal response | S. Alireza Zolfaghari,Hasan Hassanzadeh,Havenith George,Maerefat Mehdi | BUILDING AND ENVIRONMENT | 2018 |
| ۷۴ | A new local thermal bioheat model for predicting the temperature of skin thermoreceptors of individual body tissues | S. Alireza Zolfaghari,Moallemi Khiavi Negin ,Maerefat Mehdi | Journal of Thermal Biology | 2018 |
| ۷۵ | developing a new individualized 3-node model for evaluating the effect of personal factors on thermal sensation | Hasan Hassanzadeh,S. Alireza Zolfaghari,Mehdi Maerefat | Journal of Thermal Biology | 2017 |
