As floor vibration problems increase, there is a need for simple and reliable methods of determining a floor's dynamic properties. This paper presents a technique called the instrumented heel drop test, in which the floor is excited by a series of heel drops performed on top of a slim load cell placed on the floor. The test is shown to give excellent resolution of natural frequencies in the range 2 - 15 Hz, which corresponds well with the frequency range of interest in floor vibration problems. The method appears to offer some advantages over the well-established technique of instrumented hammer testing, in terms of the quality of frequency resolution and the speed of the test
For each of a series of full-scale floor-ceiling assemblies, standard impact measurements were made ...
This work investigates the possibility of monitoring the activity and the falls of people in dwellin...
Floor vibrations caused by people walking are an important serviceability problem both for human occ...
The lightweight floor is a popular construction choice in buildings despite its poor low-frequency i...
This paper summarizes results from vibration tests on floors. Classification of floors into five hea...
Floor vibrations induced by humans walking barefoot were investigated in heavyweight buildings. Six ...
Annoyance criteria are derived for walking vibrations of long-span floors. The criteria are develope...
In lightweight constructions using timber floors, vibrations can cause some inconveniences and nuisa...
This thesis investigates the footfall excitation of higher modes of vibration in low-frequency floor...
Timber floors receive a lot of attention nowadays because of their advantages, such as cost effectiv...
Vibration tests consisting of heel impacts by a person, shaker impacts, and random shaker excitation...
Traditionally floors are designed for static strength and stiffness. Improved methods of constructio...
The design of slender floor structures, as made in steel or composites, is often limited by the serv...
In recent years, there is an increased in floor vibration problems of structures like residential an...
Lightweight floors are prone to high levels of vibration due to human activities. The Dutch building...
For each of a series of full-scale floor-ceiling assemblies, standard impact measurements were made ...
This work investigates the possibility of monitoring the activity and the falls of people in dwellin...
Floor vibrations caused by people walking are an important serviceability problem both for human occ...
The lightweight floor is a popular construction choice in buildings despite its poor low-frequency i...
This paper summarizes results from vibration tests on floors. Classification of floors into five hea...
Floor vibrations induced by humans walking barefoot were investigated in heavyweight buildings. Six ...
Annoyance criteria are derived for walking vibrations of long-span floors. The criteria are develope...
In lightweight constructions using timber floors, vibrations can cause some inconveniences and nuisa...
This thesis investigates the footfall excitation of higher modes of vibration in low-frequency floor...
Timber floors receive a lot of attention nowadays because of their advantages, such as cost effectiv...
Vibration tests consisting of heel impacts by a person, shaker impacts, and random shaker excitation...
Traditionally floors are designed for static strength and stiffness. Improved methods of constructio...
The design of slender floor structures, as made in steel or composites, is often limited by the serv...
In recent years, there is an increased in floor vibration problems of structures like residential an...
Lightweight floors are prone to high levels of vibration due to human activities. The Dutch building...
For each of a series of full-scale floor-ceiling assemblies, standard impact measurements were made ...
This work investigates the possibility of monitoring the activity and the falls of people in dwellin...
Floor vibrations caused by people walking are an important serviceability problem both for human occ...