Research on fire-safety assessment of underground buildings based on AHP and fuzzy comprehensive evaluation

The interior space designing of public architecture has been regarded as a complex systematic project.

The aerator is one of the most important part of the public architecture.

According to the importance,design principle, economic benefits and other aspects of non-handicap environment design in public architecture,author considers that creating non-handicap environment by availing of modern science and cooperation of multi-subjects is obligation of architects.

Research on accumulation and combustion in ventilation systems of public buildings;

Optimum analysis on building envelope energy efficient reform and air conditioning operating modes for public buildings in Shanghai;

A study on the extraventricular space of the public buildings in the modern city;

Analysis of sensitivity factors of Energy Conservation Design for the Public Buildings;

Analysis on some issues on building thermal design and trade-off option of public buildings;

Probe into appearance of public buildings in China;

On the characteristics of fires in the underground buildings and the measures against them;

The radon concentrations in underground buildings in some coastal cities were surveyed by using solid state nuclear track detector(SSNTD's) CR-39.

This paper proposes a new approach to determine dynamic thermal load of exterior envelope of underground buildings by means of a heating box and points out that this method is a better way than others by analyzing its principle and technological feature etc.