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bouncebrigade

Mancs appoint "atmosphere expert"

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I bet you even smell like a bellend

 

Oh the bitterness.

 

Its an excellent move from the mancs, the thread title atmosphere expert is a load of shite though as you get the impression they have hired a guy to sing in a mic when they have brought in someone to help them make adjustments to their roof and walls.

 

When what they actually are doing is something everyone should do to help create the most intimidating noise level in their stadium.

 

Oh look the mancs have brought in an atmosphere expert, hahahaha we sing a lot more than them hahahaha, they only have tourists hahahahaha.

 

How simple can you be?

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Oh the bitterness.

 

Its an excellent move from the mancs' date=' the thread title atmosphere expert is a load of shite though as you get the impression they have hired a guy to sing in a mic when they have brought in an .

 

When what they actually are doing is something everyone should do to help create the most intimidating noise level in their stadium.

 

Oh look the mancs have brought in an atmosphere expert, hahahaha we sing a lot more than them hahahaha, they only have tourists hahahahaha.

 

How simple can you be?[/quote']

 

You degenerate cunt!

 

It was a typical sideswipe at the owners. Don't try and defend it.

 

I'm sick of all these fucking cling on supporters from the glory days who want success at any cost.

 

Fuck off and support PSG or someone you wannabe ugly twat

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You degenerate cunt!

 

It was a typical sideswipe at the owners. Don't try and defend it.

 

I'm sick of all these fucking cling on supporters from the glory days who want success at any cost.

 

Fuck off and support PSG or someone you wannabe ugly twat

 

You really are a bit simple eh?

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Acoustic

Sound is the mechanical vibrations of a gaseous medium through which the energy is transferred away from the source by progressive sound wave. The science of acoustics is spread in almost all the fields of our society viz. warfare, music, industrial production, medicine, architecture etc. The most distinctive characteristics of human development and culture is speech and sound.

 

Acoustic accounts for the study of all mechanical waves. The waves can be in gases and solids and liquid. It includes vibrations, sound, ultrasound and infra sound. In this section we will be learning more about Acoustic.

 

Acoustic Definition

A system which is quiet and noiseless is called acoustic. Acoustic can be define most succinctly as the study and use of mechanical wave in aggregate matter. The waves need not be elastic; they can be inelastic, with attenuation and dispersion, and can have large amplitudes, with consequent non linear effects. Acoustic deals in large part with the techniques and device for the generation, transmission and detection of these waves.

 

Acoustics is the science basically that is inter disciplinary. "acoustic" has been derived from the Greek word ακουστικός (akoustikos). It basically implies for hearing, of hearing and ready to hear, It is also derived from ἀκουστός (akoustos) which means "heard, audible", derived from the verb called ἀκούω (akouo), meaning "I hear".

 

 

A person or researcher who works in the field of acoustics is an acoustician. One who works in the field of acoustics technology is known as an acoustical engineer.

 

Acoustics has its implementation in mostly all aspects of modern society. The most common are the audio and noise control industries. "ultrasonic" and "infrasonic" are basically the frequencies that are above and below the audible range.

 

Acoustic Energy

Sound is basically a variation in the air pressure which is compressive, and at the frequency of the sound propagated. It is called kinetic because it involves the constant movement of air molecules. Acoustic energy basically concerns with the Pressure Level of sound, The effect being propagated is basically physical.

 

 

Acoustic energy is the disturbance of energy which comes through matter in the form of wave. If we consider a medium capable of transmitting mechanical energy no matter it is solid, liquid or gas then the energy concerning the mechanical vibrations from its components is called Acoustic Energy. The propagation and reception of mechanical waves and vibrations are all dealt with in the studies of acoustic. Also generation is an important subject that is considered here. These are the steps of any acoustical event or process:

 

Cause -> transduction (generating mechanism) -> acoustic wave propagation -> reception -> effect.

 

 

There are various types of transduction process that convert energy from some other form into sonic energy, producing a sound wave. There is one fundamental equation that describes sound wave propagation. The phenomena that emerge from these equations are often varied different and often complex. Throughout the propagating medium the energy is propagated by the wave. So now this energy discussed above is transduced into other forms, in ways that again may be natural and/or volitionally contrived. And finally we have the effect. The final effect may have different forms viz. it can be purely physical or it may reach far into the biological or volitional domains.

 

Wave propagation is the main crucial part of any acoustic process. If fluids are considered then, sound is propagates mainly as a pressure wave. If solids are considered then there can be many forms of mechanical waves like longitudinal waves, transverse waves and surface waves. The process of transduction is equally important here.

 

Acoustic Sound

Any sound in the acoustic domain is called Acoustic Noise. It can be deliberate (music, speech, etc.) or it may be unintended.

Noise not needed to be audible always, it can be inaudible. The detailed study of the phenomena of acoustic in the human environment involving unwanted sound is called environmental noise.

 

Environmental noise can come from many sources like surface motor vehicles, aircraft, trains and various other industrial sources. These noises cause noise pollution. It is the source of various diseases. Measures are taken to reduce it but it cannot be reduced to negligible amount. Diseases like headache and nervous problems are common because of it.

 

 

Acoustic Impedance: It is basically the ratio of acoustic pressure 'p' to acoustic volume flow 'U'. It is denoted by the symbol Z. Mathematically

 

Z = Pressure Flow = p U

 

Impedance is proportional to the frequency. At a particular frequency, the impedance indicates the amount of sound pressure that is generated by a given air vibration at that frequency.

 

 

Specific acoustic impedance, z = Pressure Velocity

 

Acoustic impedance can be measured for the instrument which does not have a player. As it has different values for different frequencies hence it is called spectrum. Acoustic impedance determines what notes can be played with that particular fingering and the stability they offer and it also helps determine whether they are in tune.

 

Acoustic Solutions - The acoustic solutions helps in:

1.Helps in noise problem analysis

2.Helps in industrial noise control

3.Helps make a soundproof room

4.Helps understand the difference between sound isolation, sound absorbing, sound deadening etc.

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