Acoustics


 * Speed: Distance travelled in Unit Time (m/s)
 * Frequency: Number of Complete Waves in One Second (Hz)
 * Wavelength: Distance Between Matching Points on the wave
 * Longitudinal: Vibration Parallel to direction of travel
 * Transverse: Vibration at right angle to direction of travel

Sounds are made by vibrations The noise can be expanded on the object’s area; therefore, the sound is reduced The vibrations can affect the pressure inside a bloom. If the pressure is high, the bloom can exploit When pressure exploit, the air is moved producing noise

Room Acoustic design considers: The person, the room and the activity

In many environments where people are present and communicate, high sound levels are perceived as one of the most disturbing factors. High noise levels have a negative effect on us and affect health, communication, safety, economy (effectiveness/productivity), learning and general wellbeing.

Acoustic Design is not only reverberation

There are important concepts components like the absorbing on the furniture, size and shape of the room

The reverberation can improve the quality on the sounds

Sound transmission, sound absorption, sound reflection and sound diffusion are all aspects that are important here. Room acoustics also include how we as humans perceive different acoustic phenomena.

Wall composition can reduce or improve the sound levels and its expansion

Speech Clarity is very important for a design considers to social activities