An experimental study was conducted to evaluate the impact behaviour of an innovative hybrid-fibre engineered cementitious composite (ECC) incorporating randomly dispersed short shape memory alloy fibres (SMA). A modified drop weight test was conducted on specimens from various ECC mixtures with and without SMA fibres. The impact behaviour was evaluated and compared based on the ability to dissipate energy and sustain impact load without damage. Results show that the addition of SMA to ECC mixtures significantly enhanced their performance under impact loading. The amount of dissipated energy by ECC increased by about 51% as a result of SMA fibre addition. This highlights the potential benefits of incorporating SMA in composite materials exp...
4th International RILEM Conference on Strain-Hardening Cement-Based Composites (SHCC), 18-20 Septemb...
Fibre Engineered Cementitious Materials (FECM) represent composites with similar overall performance...
The development of new building materials, able of absorbing more energy is an active research area....
A new high-strength, high-tensile ductility hybrid fibre-reinforced engineered cementitious composit...
An engineered cementitious composite, endowed with strain recovery and incorporating hybrid shape me...
Development of new composite materials which reduces the large consumption of natural resources is a...
This paper explores experimentally the mechanical properties of a new hybrid fibre-reinforced engine...
Current research focuses on the experimental and numerical determination of impact performance of en...
This paper investigates experimentally the impact resistance of a new hybrid-fiber Engineered Cement...
In this article, a new engineered cementitious composite reinforced with 0.6% volume steel fibres an...
This paper presents a systematic experimental study on the effect of shape memory alloy (SMA) fibres...
This paper presents the outcome of a study conducted to exhibit the effect of micro-silica sand and ...
Current research focuses on the experimental and numerical determination of impact performance of en...
Engineered cementitious composites are a new kind of fiber-reinforced cementitious composite that ex...
Engineered Cementitious Composite (ECC) is a unique type of cement mixture that exhibited superior t...
4th International RILEM Conference on Strain-Hardening Cement-Based Composites (SHCC), 18-20 Septemb...
Fibre Engineered Cementitious Materials (FECM) represent composites with similar overall performance...
The development of new building materials, able of absorbing more energy is an active research area....
A new high-strength, high-tensile ductility hybrid fibre-reinforced engineered cementitious composit...
An engineered cementitious composite, endowed with strain recovery and incorporating hybrid shape me...
Development of new composite materials which reduces the large consumption of natural resources is a...
This paper explores experimentally the mechanical properties of a new hybrid fibre-reinforced engine...
Current research focuses on the experimental and numerical determination of impact performance of en...
This paper investigates experimentally the impact resistance of a new hybrid-fiber Engineered Cement...
In this article, a new engineered cementitious composite reinforced with 0.6% volume steel fibres an...
This paper presents a systematic experimental study on the effect of shape memory alloy (SMA) fibres...
This paper presents the outcome of a study conducted to exhibit the effect of micro-silica sand and ...
Current research focuses on the experimental and numerical determination of impact performance of en...
Engineered cementitious composites are a new kind of fiber-reinforced cementitious composite that ex...
Engineered Cementitious Composite (ECC) is a unique type of cement mixture that exhibited superior t...
4th International RILEM Conference on Strain-Hardening Cement-Based Composites (SHCC), 18-20 Septemb...
Fibre Engineered Cementitious Materials (FECM) represent composites with similar overall performance...
The development of new building materials, able of absorbing more energy is an active research area....