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OUR RESEARCH PROJECTS
DEVELOPMENT AND ASSESSMENT OF NUMERICAL MODELS TO STRUCTURE'S RESPONSE UNDER SUPPORTING COLUMN FAILURE
MINISTRY OF DEFENSE MAFAT GRANT
(2022-PRESENT)
BEHAVIOR OF STRUCTURAL UHPC MEMBERS - ANALYSIS AND DESIGN APPROACHES.
IN COLLABORATION WITH DR. HEZI GRISARO
MINISTRY OF CONSTRUCTION AND HOUSING
(2022-PRESENT)
THE EFFECT OF MORTAR JOINT PROPERTIES ON THE FAILURE MECHANISM OF MASONRY WALLS.
IN COLLABORATION WITH PROF. KONSTANTIN KOVLER.
TERMODAN RESEARCH GRANT
(2021-2022)
THE CONTRIBUTION OF MASONRY INFILL WALLS TO REDUCE THE RISK OF PROGRESSIVE COLLAPSE
MULTI-SCALE SIMULATION OF REINFORCED CONCRETE INFILLED FRAMES
THE SHEAR CAPACITY OF SHORT SPAN BEAMS USING SECTIONAL ANALYSIS
DYNAMIC PUNCHING SHEAR FAILURE OF REINFORCED CONCRETE FLAT SLABS
MULTI-PLATFORM MODELLING OF MASONRY INFILLED FRAMES
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