Transparent Concrete by Using Optical Fibre as A Green Material for Building

Transparent concrete, a contemporary innovation in the construction realm, is swiftly garnering attention within the industry. This advancement in material technology not only marks a milestone in modern material production but also underscores a commitment to environmental sustainability and energy efficiency. Incorporating the creative dimension of design is essential to align with current environmental design paradigms. Transparent concrete emerges as a promising solution to contemporary environmental challenges, particularly in the context of reducing artificial lighting dependency in buildings. Developed to address this pressing need, it boasts impressive attributes. For instance, achieving a commendable 28-day compressive strength of 26.4 N/mm² for M20 grade concrete showcases its structural viability. Additionally, its light transmittance capabilities are notable, with values ranging from 9.47% to 7.76% at fibre spacings of 1.5 cm by adding Optical fibres of 1%, 2 %, 3 % 4 % 5% respectively. The integration of optical fibres enables both natural and artificial light to permeate through the translucent concrete, aligning with the overarching goal of reducing energy consumption attributed to lighting. By harnessing sunlight as a primary light source and leveraging optical fibres to detect structural stress, transparent concrete epitomizes a multifaceted approach towards sustainable construction practices. In essence, transparent concrete embodies a convergence of technological innovation, environmental consciousness, and pragmatic design principles, poised to redefine the landscape of modern construction by offering both aesthetic appeal and functional efficiency.透明混凝土（transparent concrete）作为建筑领域的当代创新成果，正迅速在行业内获得广泛关注。这项材料技术革新不仅是现代材料生产领域的一座里程碑，更彰显了对环境可持续发展与能源高效利用的践行承诺。融入设计创意维度，契合当下环保设计范式至关重要。透明混凝土已然成为应对当代环境挑战的极具前景的解决方案，尤其在降低建筑对人工照明依赖方面成效显著。为应对这一迫切需求而研发的透明混凝土，具备诸多优异性能。例如，M20级透明混凝土的28天抗压强度可达26.4 N/mm²，这一表现值得称道，充分证明了其结构可行性。此外，其透光性能同样出众：当掺入占比分别为1%、2%、3%、4%、5%的光纤（optical fibre），且光纤间距设定为1.5 cm时，透光率区间为7.76%至9.47%。光纤的掺入使得自然光与人工光均可透过该透光混凝土，契合了降低照明相关能源消耗的核心目标。透明混凝土将太阳光作为主要光源，并借助光纤检测结构应力，堪称可持续建筑实践多维度解决方案的典范。简言之，透明混凝土融合了技术创新、环保理念与实用设计原则，凭借兼具美学价值与功能效率的特性，有望重塑现代建筑行业的格局。