野口 貴文 Takafumi Noguchi
建築材料の開発および性能評価、ならびに材料選定手法(材料計画)の体系化に関して、建築性能論に立脚するとともに資源環境問題も視野に入れて研究を行っている。建築材料は、空間を支え、快適な社会活動を維持し、建築物自体を表現する上で欠かすことのできない基本構成単位であり、そのライフサイクルに渡っての特性を十分に理解した上で、建築物に要求される性能を満足するように材料選定を行う必要がある。特に、性能が「つくり方」に大きく左右されるコンクリート造建築物については、施工計画・耐久設計・防耐火設計・維持保全・リサイクルなどの観点から研究を行っている。
From the standpoint of “building materials”, essential components of architecture which consume great amount of resources and energy, the laboratory conducts research works on technological development and performance evaluation which contributes to minimization of environmental impact, longevity, optimization of maintenance, and enhancement of fire protection in architecture. Recent research topics includes
1) development of dismantling technologies for building components and recycling technologies for building materials, and proposal of optimum building materials flow and environmental policies to obtain carbon neutral-type complete recycling system in inorganic building materials including concrete,
2) prediction methods for deterioration of building materials and components and their effect on architectural performance, and development of repair technologies for deteriorated building materials and components, and
3) evaluation of fire protective performance of interior and exterior facade consisting of organic building materials, and development of fire propagation preventing technologies for such facade.
1) development of dismantling technologies for building components and recycling technologies for building materials, and proposal of optimum building materials flow and environmental policies to obtain carbon neutral-type complete recycling system in inorganic building materials including concrete,
2) prediction methods for deterioration of building materials and components and their effect on architectural performance, and development of repair technologies for deteriorated building materials and components, and
3) evaluation of fire protective performance of interior and exterior facade consisting of organic building materials, and development of fire propagation preventing technologies for such facade.