| 811 |
A study for daylighting efficiency in high-rise residential in Asyut- Case study: Al-Nasr residential buildings.
Assiut University Bulletin For Environmental Researches. ISSN 1110-6107. Oct. 2020. |
Architecture Engineering Department |
2020 |
| 812 |
A study for daylighting efficiency in high-rise residential in Asyut- Case study: Al-Nasr residential buildings.
Assiut University Bulletin For Environmental Researches. ISSN 1110-6107. Oct. 2020. |
Architecture Engineering Department |
2020 |
| 813 |
A study for daylighting efficiency in high-rise residential in Asyut- Case study: Al-Nasr residential buildings.
Assiut University Bulletin For Environmental Researches. ISSN 1110-6107. Oct. 2020. |
Architecture Engineering Department |
2020 |
| 814 |
Accurate, data-efficient, unconstrained text recognition with convolutional neural networks |
Electrical Engineering Department |
2020 |
| 815 |
An Adaptive Model-Based MPPT Technique with Drift-Avoidance for Grid-Connected PV Systems |
Electrical Engineering Department |
2020 |
| 816 |
An Adaptive Model-Based MPPT Technique with Drift-Avoidance for Grid-Connected PV Systems |
Electrical Engineering Department |
2020 |
| 817 |
An approach to achieve thermal comfort and save energy in heritage buildings using different operating patterns |
Architecture Engineering Department |
2020 |
| 818 |
An Efficient Tracking of MPP in PV Systems Using a Newly Formulated P&O-MPPT Method Under Varying Irradiation Levels. |
Electrical Engineering Department |
2020 |
| 819 |
An Efficient Tracking of MPP in PV Systems Using a Newly‑Formulated
P&O‑MPPT Method Under Varying Irradiation Levels |
Electrical Engineering Department |
2020 |
| 820 |
An Efficient Tracking of MPP in PV Systems Using a Newly‑Formulated
P&O‑MPPT Method Under Varying Irradiation Levels |
Electrical Engineering Department |
2020 |
