THE IMPACT OF USING SMART MATERIAL TECHNOLOGIES IN MANAGING LIFE CYCLE COST OF ADMINISTRATIVE BUILDINGS' FACADES PROJECTS IN EGYPT

EFFECT OF DIFFERENT WINDOWS’ GLAZING TYPES ON ENERGY CONSUMPTION OF A RESIDENTIAL BUILDING IN A HOT-ARID CLIMATE “Case Study: Residential Building in New Cairo City”

ENHANCING ENERGY CONSUMPTION IN EGYPT WITHIN ADAPTIVE FACADE TECHNIQUES

CONTROL THE THERMAL LOAD BY CHANGING THE TYPE OF GLASS THAT USED IN THE RESIDENTIAL SPACES IN 6TH OF OCTOBER CITY

USING SMART MATERIALS IN SMART WINDOWS FOR ENERGY EFFICIENCY OF BUILDINGS

THE IMPACT OF USING SEMI-TRANSPARENT PHOTOVOLTAIC IN OFFICE BUILDING FACADES ON IMPROVING INDOOR THERMAL PERFORMANCE IN EGYPT

THE IMPACT OF PHASE CHANGE MATERIALS ON THE BUILDINGS ENEGY EFFICIENCY IN THE HOT DESERT AREAS THE ANNEXED ROOMS OF THE TRAFFIC BUILDING IN NEW ASWAN CITY AS A CASE STUDY

Optimizing Parametric Green Facades for Daylighting and Thermal Comfort in Egypt's Hot Climates

A Study of the Impact of Parametric Façade Openings’ Design on Thermal Comfort and Energy Consumption of Office Spaces in Egypt Using Simulation Based Techniques

The Effect of Window to Wall Ratio on Energy Performance of High-Rise Office Buildings Across the Egyptian Climate Regions