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1.
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Andersen, Lars Vabbersgaard
Introduction of trenches, barriers and wave impeding blocks on the transmission path between a source and receiver can be used for mitigation of ground vibration. However [...]
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Many cities experience an increasing population leading to a need for urban densification. In these cities, unused land close to railways will have to be developed with n [...]
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3.
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Periodic structures are known to produce passbands and stopbands for propagation of vibration energy within the frequency domain. Sources vibrating harmonically at a freq [...]
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4.
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High-speed rails are an attractive alternative to other forms of intercity transportation. It is a fast, cost-efficient and environmentally friendly solution, which is be [...]
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5.
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Andersen, L-V.
Noise is a nuisance to people, and buildings should therefore be designed to prevent propagation of sound and vibration in the audible frequency range as well as the rang [...]
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6.
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Lightweight wooden structures have become more popular as a sustainable, environmental-friendly and cost-effective alternative to concrete, steel and masonry buildings. H [...]
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7.
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The present analysis focuses on flanking noise transmission within a two-wall structure of finite size. The walls are lightweight panel structures, each consisting of two [...]
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8.
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In the present paper, a finite-element model of a double-plate panel is implemented to investigate the transmission of sound through a simple lightweight structure. A num [...]
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9.
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Andersen, L.V.
The paper concerns the importance of through–soil coupling for structures having foundations with more footings. First, a model for dynamic analysis of polypod footings [...]
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10.
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It is now accepted that a larger effort must be made in order to optimize the design so that offshore wind turbines can be competitive with the other energy resources. In [...]
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