Grey-Modern-Professional-Business-Project-Presentation-1.pptx

presentation

1. NOISE CONTROL NOISE CONTROL SOUND SCAPE SOUND SCAPE

2. R D P E O U Z Z L LET'S PLAY! W Rearrange the letters to create new words

3. O E C L W S R N O T ROUND 1 N O I Rearrange the letters to create new words

4. I S C O O O N T R ROUND 1 E L N Rearrange the letters to create new words

5. T O N V E R ROUND 2 N N E M I Rearrange the letters to create new words

6. E O N V I R ROUND 1 N N M E T Rearrange the letters to create new words

7. Noice Control with a “healthy building” is a new requirement in modern society to ensure functionality and the quality of architecture. UNDERSTANDING NOISE Healthy living environment The noise of the living environment may lead to cardiovascular and cerebrovascular diseases, sleep problems, irritability, and cognitive disorders in children

8. VIBRATION CONTROL = NOISE CONTROL VIBRATION DAMPING: REDUCE NOISE FROM GUARDS, HOPPERS, CONVEYORS, TANKS… VIBRATION ISOLATION PADS:ISOLATE MOTORS, PUMPS, HYDRAULICS FROM NOISE AMPLIFYING SOUNDING BOARDS … FAN NOISE CONTROL FAN INSTALLATION AND EFFICIENCY: MAXIMUM EFFICIENCY = MINIMUM NOISE – FAN INSTALLATION BEST PRACTICE GUIDE AERODYNAMIC FAN NOISE CONTROL – SILENCING WITHOUT SILENCERS: RETRO-FIT MODIFICATIONS = LESS NOISE + HIGHER EFFICIENCY

9. ENVIRONMENTAL NOISE 3 TYPES OF NOISE

10. 2. INDOOR NOISE 3 TYPES OF NOISE AIRBORNE SOUND BUILDING TRANSMITTED SOUND

11. 3. SOCIAL NOISE 3 TYPES OF NOISE CAN CAUSE PEOPLE TO IGNORE OR AVOID INFORMATION THEY BELIEVE COULD CAUSE CONFLICT OR REFLECT BADLY ON THEM ONE OR MORE OF THE FOUR CONSTRUCTS CAN AFFECT INFORMATION BEHAVIOR, A PERSON MAY RESPOND TO INFORMATION ON SOCIAL MEDIA IN WAYS THAT DO NOT ACCURATELY REFLECT THEIR TRUE BELIEFS AND OPINIONS OUR TENDENCY TO BELIEVE INFORMATION IS TRUE BY DEFAULT UNTIL WE HAVE OVERWHELMING EVIDENCE TO THE CONTRARY.

12. HEALTHY LIVING ENVIRONMENT

13. 3 MAIN PRINCIPLES OF NOISE CONTROL SOURCE CONTROL PATH CONTROL RECEIVER

14. • REDUCING THE AMOUNT OF SOUND THAT IS PRODUCED BY A GIVEN PROCESS, OPERATION OR ACTIVITY. • BLOCKING, OR CONTAINING-AND-DISSIPATING THE SOUND. • REDUCING EXCESSIVE ROOM REVERBERATION. • PREVENTING THE TRANSMISSION OF NOISE BY THE INTRODUCTION OF A MASS BARRIER. • USING A POROUS MATERIAL WHICH ACTS AS A ‘NOISE SPONGE’ BY CONVERTING THE SOUND ENERGY INTO HEAT WITHIN THE MATERIAL. • APPLYING VIBRATION DAMPING FOR LARGE VIBRATING SURFACES. • REDUCING THE NOISE OUTPUT AT ITS SOURCE, MINIMIZING THE NOISE AS IT TRAVELS ALONG A PATH TO THE LISTENER, AND PROVIDING EQUIPMENT TO THE LISTENER OR RECEIVER TO ATTENUATE THE NOISE.

15. SOURCE CONTROL FOCUSES ON REDUCING NOISE AT ITS ORIGIN INVOLVES USING QUIETER EQUIPMENT, IMPLEMENTING NOISE-REDUCING TECHNOLOGIES, AND MAINTAINING MACHINERY PRINCIPLES OF NOISE CONTROL CONTROL THE SOURCE

16. HOW CAN WE CONTROL NOISE AT SOURCE JUDICIOUS SITTING OF THE MECHANICAL EQUIPMENT PROPER MAINTENANCE PROPER MATERIAL OF MACHINE PART EXAMPLE: NYLON GEARS CAN BE USED INSTEAD OF METAL GEARS CHOICE OF LOW NOISE MECHANICAL EQUIPMENT

17. 2. PATH CONTROL AIMS TO BLOCK OR REDIRECT THE TRANSMISSION PATH OF NOISE ACHIEVED THROUGH THE USE OF PHYSICAL BARRIERS, SOUNDPROOFING MATERIALS, AND STRATEGIC PLACEMENT OF STRUCTURES PRINCIPLES OF NOISE CONTROL BLOCK THE PATH

18. HOW CAN WE CONTROL NOISE AT PATH NOISE INSULATOR NOISE ABSORBER

19. 3. RECIEVER CONTROL PROTECTING INDIVIDUALS OR EQUIPMENT FROM THE EFFECTS OF NOISE EXPOSURE PROVIDING PERSONAL PROTECTIVE EQUIPMENT (PPE) PRINCIPLES OF NOISE CONTROL ENCLOSE THE RECIEVER

20. HOW CAN WE CONTROL NOISE AT RECIEVER USE HEADSETS AND EAR PLUGS IN INDUSTRY DOORS AND WINDOWS SHOULD BE WELL SEALED VENTILATION OPENING SHOULD BE PROVIDED WITH ACOUSTICS ATTENUATORS INTERNAL SURFACE SHOULD BE MADE OF ABSORPTIVE MATERIALS INNOVATIVE BUILDING DESIGN MAY BE USED TO PREVENT OR REDUCE THE INTRUSION OF NOISE

21. P T I L L U ROUND 1 O O N Rearrange the letters to create new words

22. P T O L L U ROUND 1 I O N Rearrange the letters to create new words

23. SOUNSCAPE DESIGN & MANAGEMENT SENSE OF PLACE HEALTH & WELL-BEING CULTURAL & ECOLOGICAL PRESERVATION LISTENING & AWARENESS COMMUNITY HARMONY IMPORTANCE OF SOUNDSCAPE

24. ACOUSTIC DESIGN NOISE REDUCTION STARTEGIC SOUND PLACEMENT NATURAL ELEMENTS INCORPORATION SOUNDSCAPE TECHNIQUES SUIRVERYS & NEEDS ASSESMENT WORKSHOP & EDUCATION PARTICIPATORY NEIGHBOORHOOD COLLABORATION ONGOING FEEDBACK & MONITORING COMMUNITY INVOLVEMENT

25. In our increasingly urbanized world, noise pollution has emerged as a significant environmental concern, affecting the health, well-being, and quality of life of millions of people. As cities grow and transportation networks expand, the relentless hum of traffic, construction, and industrial activities has become an ever-present backdrop to urban living. In response, governments, urban planners, architects, and environmentalists are exploring innovative strategies to mitigate noise pollution and enhance the acoustic environment through soundscaping projects. STRATEGIES AND EXAMPLES

26. REAL-WORLD EXAMPLES NOISE CONTROL & SOUNDSCAPE

27. THE HIGH LINE, NEW YORK CITY, USA BUILT ON A FORMER RAILWAY LINE IN MANHATTAN. IN ADDITION TO PROVIDING GREEN SPACE IN A DENSELY POPULATED URBAN AREA, THE PROJECT INCORPORATED SOUND-ABSORBING MATERIALS, SUCH AS PERFORATED METAL PANELS AND VEGETATION, TO MITIGATE NOISE FROM NEARBY TRAFFIC AND CREATE A MORE PLEASANT ACOUSTIC ENVIRONMENT FOR VISITORS. THE INTEGRATION OF LANDSCAPING AND ARCHITECTURAL ELEMENTS HELPED TRANSFORM THE AREA INTO A TRANQUIL OASIS AMIDST THE BUSTLING CITYSCAPE.

28. SOUNDSCAPE PARK, MIAMI BEACH, USA: DESIGNED TO HOST CULTURAL EVENTS AND PERFORMANCES WHILE ALSO SERVING AS A PUBLIC PARK. THE PROJECT UTILIZED SOUND-ABSORBING MATERIALS AND STRATEGIC LANDSCAPING TO MINIMIZE NOISE FROM SURROUNDING STREETS AND ENHANCE THE ACOUSTICS WITHIN THE PARK. ADDITIONALLY, STATE-OF-THE-ART SOUND REINFORCEMENT SYSTEMS WERE INSTALLED TO ENSURE HIGH-QUALITY AUDIO EXPERIENCES DURING CONCERTS AND EVENTS, CONTRIBUTING TO THE PARK'S REPUTATION AS A PREMIER DESTINATION FOR OUTDOOR ENTERTAINMENT.

29. THE LURIE GARDEN, MILLENNIUM PARK, CHICAGO, USA: DESIGNED TO PROVIDE A PEACEFUL RETREAT IN THE HEART OF THE CITY, THE GARDEN INCORPORATES NATURAL FEATURES, INCLUDING TREES, SHRUBS, AND WATER ELEMENTS, TO ABSORB AND DIFFUSE URBAN NOISE. CAREFUL SELECTION OF PLANT SPECIES AND LANDSCAPING TECHNIQUES HELPS TO CREATE A TRANQUIL SOUNDSCAPE, MASKING THE SOUNDS OF NEARBY TRAFFIC AND CREATING A SENSE OF SERENITY FOR VISITORS.

30. THE QUIET PAVEMENT PROJECT INNOVATIVE ROAD SURFACES THAT REDUCE TIRE-PAVEMENT NOISE. BY USING SPECIALIZED MATERIALS AND TEXTURES, SUCH AS POROUS ASPHALT AND STONE MASTIC ASPHALT, THESE QUIET PAVEMENTS CAN SIGNIFICANTLY DECREASE TRAFFIC-RELATED NOISE POLLUTION ALONG HIGHWAYS AND URBAN STREETS. PILOT PROJECTS IN CITIES AROUND THE WORLD HAVE DEMONSTRATED THE EFFECTIVENESS OF QUIET PAVEMENT TECHNOLOGIES IN IMPROVING THE ACOUSTIC ENVIRONMENT FOR NEARBY RESIDENTS AND COMMUTERS.

31. EMERGING TRENDS AND TECHNOLOGIES IN NOISE REDUCTION AND SOUND ENHANCEMENT

32. ACTIVE NOISE CANCELLATION (ANC) BECOME INCREASINGLY PREVALENT IN HEADPHONES, EARBUDS, AND EVEN IN-CAR AUDIO SYSTEMS. ANC WORKS BY USING MICROPHONES TO PICK UP EXTERNAL NOISE AND THEN GENERATING ANTI-NOISE TO CANCEL IT OUT. ONE EMERGING TREND WITHIN ANC IS THE DEVELOPMENT OF MORE EFFICIENT ALGORITHMS AND HARDWARE TO IMPROVE NOISE CANCELLATION PERFORMANCE WHILE CONSUMING LESS POWER.

33. BONE CONDUCTION TECHNOLOGY (BCT) HEADPHONES AND SPEAKERS TRANSMIT SOUND VIBRATIONS THROUGH THE BONES OF THE SKULL DIRECTLY TO THE INNER EAR, BYPASSING THE EARDRUM. THIS TECHNOLOGY IS PARTICULARLY USEFUL FOR INDIVIDUALS WITH HEARING IMPAIRMENTS OR THOSE WHO NEED TO MAINTAIN SITUATIONAL AWARENESS WHILE LISTENING TO AUDIO CONTENT. RECENT ADVANCEMENTS HAVE IMPROVED THE SOUND QUALITY AND COMFORT OF BONE CONDUCTION DEVICES.

34. NOISE CON T ROL SOUNDS OF DISCOMFORT REDUCING LEVEL AT A SOURCE, RECIEVER OR IN THE TRANSMISSION PATH AIMING TO REDUCE THE NEGATIVE IMPACT ON HUMAN BEING

35. SOUND SCAPE SOUND SCAPE ENVIRONMENT SOUNDS OF PREFERENCE CHARACTERISTIC OF SOUND OF AN ENVIRONMENT ACCOUSTICS OR ENVIRONMENT THAT LESSENS THE NOISE ENCOMPASS THE ENTIRETY OF THE AUDITORY ENVIRONMENT AND CONSIDER BOTH DESIRABLE AND UNDESIRABLE SOUNDS

36. IN NOISE CONTROL SOUND IS SEEN AS A WASTE . IN SOUNDSCAPE PLANNING SOUND IS SEEN AS A RESOURCE - AND THE INTENT IS MANAGEMENT OF THIS HIGH ACOUSTIC QUALITY RESOURCE.