120
Z. Šoški´ c et al.
descriptors of the influence of the noise to environment [37–39], and the development
of procedures for systematic assessment of the level of danger that noise poises to
environment [40–44].
Activities of the work package “Development of materials and means for noise
protection” were carried out in two directions: the first was the development of the
means for characterization of materials for noise protection [45–47] and the second
was the development of the materials for noise protection [48–50]. While the initial
project plan considered just the construction of the reverberation chamber for the
characterization of the noise protection materials, during the project it was found out
that the other means for the characterization of noise protection materials are needed,
and they were designed and manufactured almost until the end of the initial project
lifetime in 2014. Conversely, the activities on the studies of the sound absorption
materials were postponed for the project extension in the period of 2014–2018.
The activities of the work package “Design of active and passive means for noise
protection” were focused to the application of the methodologies and means developed within the previous two work packages to the construction of the noise protection systems against the industrial [11–13, 51, 52] and traffic [35, 36, 52, 53] noise.
Despite the practical aspect of the activity, certain conclusions of general character
were drawn [54, 55], which suggest the directions of development and construction
of modular components for noise protection.
The whole project was made permanent efforts within the work package “Dissemination of project results” and not only in the form of publication of scientific
papers and participation in scientific conferences aimed for researchers, but also
through the organization of seminars for noise protection aimed at professionals in
environmental protection, as well as by participation in the technical fairs organized
in Serbia, aimed at the widest range of general audience.
3 Results
The project results are published in 59 papers in international, as well as in 43
papers in national, peer-reviewed journals; they were also presented in 123 articles
in international and 14 articles in national conferences. A list of the references of the
selected publications is given in the literature, and a more complete overview may be
found at the overview of project results at the website of the project, http://www.mfkv.
kg.ac.rs/urbanoise/pages/ostvareni-rezultati.php. However, here it will be pointed
out some important project results of practical importance that are not visible in the
publications, or which are not presented in the publications in a systematic way.
Six project results are registered as original technical accomplishments at national
level:
• The reverberation chamber constructed at the Faculty of Mechanical and Civil
Engineering in Kraljevo (Fig. 2); the reverberation chamber, with the volume of
203 m
3 , is the largest reverberation chamber in Serbia.
Z. Šoški´ c et al.
descriptors of the influence of the noise to environment [37–39], and the development
of procedures for systematic assessment of the level of danger that noise poises to
environment [40–44].
Activities of the work package “Development of materials and means for noise
protection” were carried out in two directions: the first was the development of the
means for characterization of materials for noise protection [45–47] and the second
was the development of the materials for noise protection [48–50]. While the initial
project plan considered just the construction of the reverberation chamber for the
characterization of the noise protection materials, during the project it was found out
that the other means for the characterization of noise protection materials are needed,
and they were designed and manufactured almost until the end of the initial project
lifetime in 2014. Conversely, the activities on the studies of the sound absorption
materials were postponed for the project extension in the period of 2014–2018.
The activities of the work package “Design of active and passive means for noise
protection” were focused to the application of the methodologies and means developed within the previous two work packages to the construction of the noise protection systems against the industrial [11–13, 51, 52] and traffic [35, 36, 52, 53] noise.
Despite the practical aspect of the activity, certain conclusions of general character
were drawn [54, 55], which suggest the directions of development and construction
of modular components for noise protection.
The whole project was made permanent efforts within the work package “Dissemination of project results” and not only in the form of publication of scientific
papers and participation in scientific conferences aimed for researchers, but also
through the organization of seminars for noise protection aimed at professionals in
environmental protection, as well as by participation in the technical fairs organized
in Serbia, aimed at the widest range of general audience.
3 Results
The project results are published in 59 papers in international, as well as in 43
papers in national, peer-reviewed journals; they were also presented in 123 articles
in international and 14 articles in national conferences. A list of the references of the
selected publications is given in the literature, and a more complete overview may be
found at the overview of project results at the website of the project, http://www.mfkv.
kg.ac.rs/urbanoise/pages/ostvareni-rezultati.php. However, here it will be pointed
out some important project results of practical importance that are not visible in the
publications, or which are not presented in the publications in a systematic way.
Six project results are registered as original technical accomplishments at national
level:
• The reverberation chamber constructed at the Faculty of Mechanical and Civil
Engineering in Kraljevo (Fig. 2); the reverberation chamber, with the volume of
203 m
3 , is the largest reverberation chamber in Serbia.