
FEA Analysis with BIM modelling
FEA (Finite Element Analysis) through BIM Modelling.
FEA (Finite Element Analysis) through BIM Modelling.
Modelling of the behaviour of new and existing structures and their components.
A demonstration building equipped with experimental sensors for innovation on subjects of sustainability, light and natural ventilation and collaboration with companies to test and experiment with innovative solutions in the construction industry. Integration of design, services and monitoring systems. BIM 6D (sustainability) and BIM 7D (digital twin and cognitive building) platforms.
Support for local bodies in local acoustics planning.
Acoustic characterisation of innovative materials and products such as recycled materials, elastic materials for flooring insulation, 3D elements and the study of acoustic bridges linked to the installation methods of products and plant passages. Analysis and evaluation of the acoustic performance of innovative materials and components, including through tests of the sound-absorbing characteristics of materials, tests of flooring insulation and evaluation of horizontal Rw.
Ergonomic evaluation and definition of user-centred criteria to support the design and redevelopment of living and working environments, accessibility and inclusive design.
Instrumental measurement, evaluation and optimisation of the indoor air quality in respect of chemical, physical and biological pollutants and ambient comfort with regard to thermal and hygrometric, acoustic and lighting parameters.
Evaluation and certification of the environmental compatibility of building products and materials in respect of resource consumption, emissions, indoor air quality and waste cycling criteria.
Measurement and evaluation of the optical-radiation properties of transparent, translucent and opaque products: spectral solar transmittance; spectral solar reflectance; thermal emissivity.
Modelling and optimisation of the energy performance of building envelope systems and support in developing innovative, low-impact envelope components.
Modelling of the energy and lighting performance of glazing and sun protection systems.
Modelling of the energy, hygrothermal and albedo performance of green roofing.