Mohd Farid Mohamed
Mohd Farid Mohamed
Department of Architecture and Built Environment, Universiti Kebangsaan Malaysia
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Cited by
Cited by
The effect of building envelope on the thermal comfort and energy saving for high-rise buildings in hot–humid climate
S Mirrahimi, MF Mohamed, LC Haw, NLN Ibrahim, WFM Yusoff, A Aflaki
Renewable and Sustainable Energy Reviews 53, 1508-1519, 2016
CFD modeling of natural ventilation in a void connected to the living units of multi-storey housing for thermal comfort
F Muhsin, WFM Yusoff, MF Mohamed, AR Sapian
Energy and Buildings 144, 1-16, 2017
The perception of Malaysian architects towards the implementation of green roofs: a review of practices, methodologies and future research
MHM Zahir, SN Raman, MF Mohamed, M Jamiland, ZM Nopiah
E3S Web of Conferences 3, 2014
Computational analysis of wind-driven natural ventilation in a two sided rectangular wind catcher
MH Ghadiri, N Lukman, N Ibrahim, MF Mohamed
International Journal of Ventilation 12 (1), 51-62, 2013
Effects of wing wall at the balcony on the natural ventilation performance in medium-rise residential buildings
FM Ghadikolaei, DR Ossen, MF Mohamed
Journal of Building Engineering 31, 101316, 2020
The effects of balconies on the natural ventilation performance of cross-ventilated high-rise buildings
MF Mohamed, S King, M Behnia, D Prasad
Journal of Green Building 9 (2), 145-160, 2014
Thermal environment accuracy investigation of integrated environmental solutions-virtual environment (IES-VE) software for double-story house simulation in Malaysia
AI Che-Ani, SN Raman
Journal of Engineering and Applied Sciences 14 (11), 3659-3665, 2019
A study on balcony and its potential as an element of ventilation control in naturally ventilated apartment in hot and humid climate
MF Mohamed, D Prasad, MM Tahir
Proceedings of International Conference on Construction and Building …, 2008
Performance evaluation of four-sided square wind catchers with different geometries by numerical method
MH Ghadiri, NLN Ibrahim, MF Mohamed
Engineering Journal 17 (4), 9-18, 2013
Coupled outdoor and indoor airflow prediction for buildings using Computational Fluid Dynamics (CFD)
MF Mohamed, S King, M Behnia, D Prasad
Buildings 3 (2), 399-421, 2013
The impact of balconies on wind induced ventilation of single-sided naturally ventilated multi-storey apartment
MF Mohamed, D Prasad, S King, K Hirota
PLEA2009. 26th conference on passive and Low energy architecture, 2009
A study of single-sided ventilation and provision of balconies in the context of high-rise residential buildings
MF Mohamed, S King, M Behnia, D Prasad
Australia, Universidad de New South Wales, Facultad de Ambiente Construido, 2011
Applying computational fluid dynamic to evaluate the performance of four-sided rectangular wind catcher with different height
MH Ghadiri, NLN Ibrahim, MF Mohamed
Research Journal of Applied Sciences, Engineering and Technology 7 (3), 502-509, 2014
Building energy efficiency in hot and humid climate
WFM Yusoff, MF Mohamed
Elsevier, 2022
The potential of balconies to induce wind-driven natural ventilation in single-sided ventilated high-rise apartments
MF Mohamed
UNSW Sydney, 2011
Experimental and computational investigations for combustion, performance and emission parameters of a diesel engine fueled with Soybean biodiesel-diesel blends
MF Mohamed, SK Bhatti
Energy Procedia 52, 421-430, 2014
Assessment of indoor thermal condition of a low-cost single story detached house: A case study in Malaysia
A Amir, MF Mohamed, M Sulaiman, WFM Yusoff
Alam Cipta 12 (1), 80-88, 2019
Satellite data and real time stations to improve water quality of Lake Manzalah
MF Mohamed
Water Science 29 (1), 68-76, 2015
The potential of natural ventilation in single-sided ventilated apartment to improve indoor thermal comfort and air quality
MF Mohamed, M Behnia, S King, D Prasad
Energy Sustainability 54686, 71-78, 2011
Review of openings with shading devices at naturally ventilated buildings
WFM Yusoff, MI Shaharil, MF Mohamed, MRM Rasani, AR Sapian, ...
Architectural Engineering and Design Management 19 (5), 463-479, 2023
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