To develop a holistic methodology adopting digital technologies for the sustainable adaptation of built heritage assets.

新建筑总碳排放量的三分之一是在建造和拆除过程中释放的。这个锁定的碳（或ÂembodiedÂ）是一个经常被忽视的重要排放源。延长建筑遗产结构和基础设施的使用寿命，通过改造优化其能源消耗，非常重要的是，通过实时监控，可以大大减少对高碳消耗活动和材料的需求。此外，建筑遗产是英国村镇文化遗产价值的重要组成部分，必须为子孙后代保存下来。本研究项目旨在开发一种采用数字技术对建筑遗产进行可持续改造的整体方法。有关结构和能源效率改造设计的主要方面将在多学科框架内进行调查和处理，以提供建筑遗产结构和基础设施的生命周期评估模型。

One-third of the total carbon emitted from a new structure is released during the construction and demolition process. This locked up, or ÂembodiedÂ, carbon is a significant source of emissions that is often overlooked. Extending the life of built heritage structures and infrastructures and optimising their energy consumption through retrofitting, and, very importantly, through real-time monitoring, it is possible to dramatically reduce the need for high carbon consuming activities and materials. Moreover, the built heritage is a vital part of the cultural heritage value of the UK villages and towns, which must be preserved for future generations. This research project aims to develop a holistic methodology adopting digital technologies for the sustainable adaptation of built heritage assets. The main aspects concerning structural and energy efficiency retrofitting design will be investigated and treated in a multidisciplinary framework to provide a life cycle assessment model for built heritage structures and infrastructures.