• No se han encontrado resultados

PREDICTING ENERGY-BASED ACOUSTIC PARAMETERS IN CHURCHES: AN ATTEMPT TO GENERALIZE THE µ

N/A
N/A
Protected

Academic year: 2018

Share "PREDICTING ENERGY-BASED ACOUSTIC PARAMETERS IN CHURCHES: AN ATTEMPT TO GENERALIZE THE µ"

Copied!
11
0
0

Texto completo

Loading

Figure

Figure 1 – Surfaces of strength (left) and clarity (right) according to µ model as a function of distance and µ-values
Table 1 –  Basic geometric details of the thirty-one churches surveyed.
Figure 2a – Plans of the churches surveyed: a) S. Paolo Fuori le Mura in Rome, b) St. Maria Maggiore in Rome, c) St
Figure 2b – Plans of the churches surveyed: a) St. Petronius Basilica in Bologna, b) Basilica
+4

Referencias

Documento similar

In this model we studied the e ffect of the variation of parameter values (temperature, crevice depth, oxygen and sodium chloride concentration outside the cavity, and pH) on all

In order to know the energy behavior of the house taking into account all the elements of the building envelope, as well as windows and doors and the installations, it is necessary

Taking into account this consideration, our observations suggest that the magnetic eld generated by the applied current could probably be responsible of the observed pair

The permittivity and geometric values for the sample surrounding layers are the selected parameters to be optimized in order to minimize the ratio between the typical deviation and

In order to innovate companies have to take into account, therefore, the economic, political, social and technological changes, as well as the dynamics of the market

The selection of newspapers aimed to take into account media representing all the political positions and ideologies in the Basque Country: from the centre-right

All in all, both goals, to extract and to generalize an unlimited number of verbal relations in the domain of patent applications, make our work different from the

This study has evaluated the energy parameters of peanut shells as a possible solid biofuel applied as an energy source in industrial and residential heating installations and