The interaction between the supporting structure and the dynamic forces generated by people in motion is presented. The dynamic loading from people activities such as walking, running, jumping, etc. is described by means of dynamic load factors at harmonics of the step frequency. Dynamic load factors are presented for a range of activity rates. The dynamic response of floor structures to such loading is briefly discussed and design guidelines for floors are given.Les auteurs font \ue9tat de l'interaction de la structure de soutien avec les forces dynamiques produites par le mouvement humain. Il d\ue9crivent, \ue0 l'aide de coefficients de charge dynamique dans les harmoniques de la fr\ue9quence du pas, les charges dynamiques r\ue9sultant d'...
This paper contributes to the research of rhythmic behavior of a group of people, which, more or les...
Based on experimental data using accelerometry technology there was developed an analytical model th...
ArticleWith the use of lighter construction materials, more slender architectural designs, and open ...
A case study is described, corresponding to a newly built sports pavilion for the training of top co...
This paper presents recent, numerical and experimental, developments in modelling dynamic loading ge...
Dynamic forces were measured during walking, running, and jumping, using an instrumented platform. T...
This thesis deals with methods for predictive calculations of the vibration response of low-frequenc...
With the use of lighter construction materials, more slender architectural designs, and open floor p...
To get a reliable dynamic performance of the modern flexible light-weight structures such as pedestr...
Of all human-induced dynamic excitations, such as jumping, bouncing/bobbing and swaying, dynamic loa...
It is known that humans and structures interact. Humans can cause structures to vibrate, and excessi...
Light weight and long span composite floors are common place in modern construction. A critical cons...
Traditionally floors are designed for static strength and stiffness. Improved methods of constructio...
Vibration levels of flooring-systems are generally difficult to predict. Nevertheless an estimate ma...
Vertical dynamic forces from walking and running were measured by load cells placed between temporar...
This paper contributes to the research of rhythmic behavior of a group of people, which, more or les...
Based on experimental data using accelerometry technology there was developed an analytical model th...
ArticleWith the use of lighter construction materials, more slender architectural designs, and open ...
A case study is described, corresponding to a newly built sports pavilion for the training of top co...
This paper presents recent, numerical and experimental, developments in modelling dynamic loading ge...
Dynamic forces were measured during walking, running, and jumping, using an instrumented platform. T...
This thesis deals with methods for predictive calculations of the vibration response of low-frequenc...
With the use of lighter construction materials, more slender architectural designs, and open floor p...
To get a reliable dynamic performance of the modern flexible light-weight structures such as pedestr...
Of all human-induced dynamic excitations, such as jumping, bouncing/bobbing and swaying, dynamic loa...
It is known that humans and structures interact. Humans can cause structures to vibrate, and excessi...
Light weight and long span composite floors are common place in modern construction. A critical cons...
Traditionally floors are designed for static strength and stiffness. Improved methods of constructio...
Vibration levels of flooring-systems are generally difficult to predict. Nevertheless an estimate ma...
Vertical dynamic forces from walking and running were measured by load cells placed between temporar...
This paper contributes to the research of rhythmic behavior of a group of people, which, more or les...
Based on experimental data using accelerometry technology there was developed an analytical model th...
ArticleWith the use of lighter construction materials, more slender architectural designs, and open ...