This study develops functionally graded ultra-high performance cementitious composite
beams by applying the composite concepts of Ultra-high Performance Concrete (UHPC) …

This study investigates fiber-reinforced cementitious composites (FRCCs), concentrating on
the geometric features of soft micro-and macro-fibers with a lower elastic modulus and …

Concrete is a heterogeneous material that is known to have a weak tensile capacity. The
construction industry has successfully utilised steel reinforcement in concrete to overcome …

En la presente investigación se desarrolló una metodología para realizar un análisis
experimental sobre el comportamiento de uniones viga-columna (vc) de concreto reforzado …

Concrete or cementitious materials are among the most widely used artificial construction
and building materials since hundreds of years ago. During the past decade, ultra-high …

To apply fiber as a reinforcement, which is much older than the history of concrete, together
with concrete is rather a new technology, while cement based products are the most …

Concrete or cementitious materials are among the most widely used artificial construction
and building materials since hundreds of years ago. During the past decade, ultra-high …

1.1 BACKGROUND Fibres are added to improve the toughness and energy absorption
capacity of concrete resulting from their crack bridging ability, which facilitates the …

In the present research, UHPCs applying coarse basalt aggregate are designed by using
the particle packing theory and optimal mineral proportion. The mineralogical composition …