Vibrations in Buildings - Part 3: Effects on Structures
Also Known As:
DIN 4150-3 is a standard that focuses on vibrations in buildings and their effects on structures. It provides guidelines for measuring and assessing the impact of vibrations on structures that are primarily designed for static loading. This standard is applicable to structures that do not have specific design requirements for dynamic loading, meaning it can be used for a wide range of buildings.
The standard outlines the methods for measuring vibrations and evaluating their effects on structures. It provides a systematic approach to ensure accurate measurement and assessment of vibrations in buildings. This is important because vibrations can cause structural damage or discomfort to occupants if not properly controlled.
By following the guidelines set forth in DIN 4150-3, engineers and construction professionals can determine the magnitude of vibrations and assess their potential impact on structures. This allows for the development of appropriate design and mitigation measures to ensure the safety and performance of buildings.
| Descriptors | Buildings, Ceilings, Construction, Construction works, Definitions, Effects, Evaluations, Foundations, Interpretations, Load capacity, Log sheets, Mathematical calculations, Measurement, Strain measurement, Stress, Structural works, Test certificates, Vibration, Vibration hazards, Vibrations, Voltage measuring, Blankets, Floors |
| ICS Codes | 91.120.25 - Seismic and vibration protection |
| Language(s) | English |
| File Size | 1.0 MB |
