Vitomir Racic, who was awarded with the second prize in the poster category of the 2009 Young Researchers' Conference, reports on his research into the application of human walking and running forces in civil engineering dynamics. A key advance in the proposed approach is utilization of free-field measurements of continuous walking/running forces without artificial constraints imposed by the direct measurement system. The approach has made possible study of areas of significant interest and uncertainty, specifically human-structure dynamic interaction and pedestrian coordination when walking on more or less perceptibly moving structures in real-life environments, such as office floors and footbridges. A series of walking tests, which involv...
This is the final version. Available on open access from Elsevier via the DOI in this recordLow-freq...
With increasingly popular marathon events in urban environments, structural designers face a great d...
This paper presents recent, numerical and experimental, developments in modelling dynamic loading ge...
Vitomir Racic, who was awarded with the second prize in the poster category of the 2009 Young Resear...
Of all human-induced dynamic excitations, such as jumping, bouncing/bobbing and swaying, dynamic loa...
Dynamic forces induced by humans walking change simultaneously in time and space, being random in na...
This paper provides a critical overview of available technology and facilities for determining human...
With the use of lighter construction materials, more slender architectural designs, and open floor p...
In lightweight structural systems there is increasing evidence that the presence of humans influence...
This is the final version of the article. Available from Hindawi Publishing Corporation via the DOI ...
The main focus of this paper is on the human induced forces. Almost all existing force models for th...
ArticleWith the use of lighter construction materials, more slender architectural designs, and open ...
A mathematical model has been developed to generate realistic synthetic vertical force signals induc...
This is the final version. Available on open access from Elsevier via the DOI in this recordLow-freq...
With increasingly popular marathon events in urban environments, structural designers face a great d...
This paper presents recent, numerical and experimental, developments in modelling dynamic loading ge...
Vitomir Racic, who was awarded with the second prize in the poster category of the 2009 Young Resear...
Of all human-induced dynamic excitations, such as jumping, bouncing/bobbing and swaying, dynamic loa...
Dynamic forces induced by humans walking change simultaneously in time and space, being random in na...
This paper provides a critical overview of available technology and facilities for determining human...
With the use of lighter construction materials, more slender architectural designs, and open floor p...
In lightweight structural systems there is increasing evidence that the presence of humans influence...
This is the final version of the article. Available from Hindawi Publishing Corporation via the DOI ...
The main focus of this paper is on the human induced forces. Almost all existing force models for th...
ArticleWith the use of lighter construction materials, more slender architectural designs, and open ...
A mathematical model has been developed to generate realistic synthetic vertical force signals induc...
This is the final version. Available on open access from Elsevier via the DOI in this recordLow-freq...
With increasingly popular marathon events in urban environments, structural designers face a great d...
This paper presents recent, numerical and experimental, developments in modelling dynamic loading ge...