DAYLIGHTING IMPACT ON STUDENT ACADEMIC PERFORMANCE IN HIGHER EDUCATION BUILDINGS -THE CASE OF THE ARCHITECTURE DEPARTMENT

Guidelines for Façade Techniques to Optimize Energy Efficiency in Educational Buildings

Investigating the Performance of Indoor daylighting, and Thermal Performance in Residential Buildings Using Productive Façades

REDUCTION OF THERMAL LOADS BY BIOMIMETIC RESPONSIVE SKINS

THE INFLUENCE OF THE PLANTS LAI ON THE ENERGY PERFORMANCE OF GREEN FACADE IN HOT-DRY CLIMATE WITH SPECIAL REFERENCE TO RESIDENTIAL BUILDINGS

THE EFFECT OF DIFFERENT TECHNIQUES ON THERMAL AND COOLING ENERGY PERFORMANCE FOR RESIDENTIAL BUILDING BY USING SIMULATION PROGRAM

IMPACT OF SPACE INNER ENVIRONMENT ON THE BEHAVIOR OF DAYLIGHTING CASE STUDY OF EDUCATIONAL BUILDING, ASSIUT UNIVERSITY

THE ROLE OF RESPONSIVE FACADES AS A HIGH-TECH IN ZERO CARBON BUILDINGS

THE IMPACT OF TECHNICAL DEVELOPMENT OF BUILDING MATERIALS ON THE ARCHITECTURAL FACADE – UNIVERSITY BUILDINGS ARE A CASE STUDY

USING MULTI-LAYER FACADE SYSTEMS TO INCREASE THE ENERGY EFFICIENCY OF BUILDING: A SYSTEMATIC REVIEW OF THE FACTORS AFFECTING THERMAL PERFORMANCE, DAYLIGHTING , AND VENTILATION.