Errata for The Noise Manual, 5 th Edition, First Printing

Similar documents
ERRATA AND ADDITIONS FOR "ENGINEERING NOISE CONTROL" 4th Edn. First printing April 23, 2018

Basics of Sound and Noise. David Herrin, Ph.D., P.E. University of Kentucky Department of Mechanical Engineering

ERRATA AND ADDITIONS FOR "ENGINEERING NOISE CONTROL" 5th Edn. First printing October 29, 2018

Glossary APPENDIX. T c = = ) Q. ) q. ( L avg L c c.

Insertion Loss Analysis of the Acoustic Panels with Composite Construction

The diagram below. to the by the. outlet into. calculation. Since TRANSMISSION VIA STRUCTURE. Vibration Via Supports Duct Breakout

SIMPLE APPLICATION OF STI-METHOD IN PREDICTING SPEECH TRANSMISSION IN CLASSROOMS. Jukka Keränen, Petra Larm, Valtteri Hongisto

Answer - SAQ 1. The intensity, I, is given by: Back

Fundamentals of Carrier Transport, 2 nd Edition

Lab #10 Atomic Radius Rubric o Missing 1 out of 4 o Missing 2 out of 4 o Missing 3 out of 4

PREDICTION OF FAN SOUND POWER

Fan duct noise elimination by the use of helicoidal resonators

DEA 350: HUMAN FACTORS: THE AMBIENT ENVIRONMENT (Spring 2008)

Noise in enclosed spaces. Phil Joseph

IS INTERNATIONAL STANDARD. Acoustics - Determination of sound power levels of noise sources using sound intensity - Part 2:

Experimental determination of far field sound power due to panel and vent radiation of a portable diesel generator

Noise Attenuation for Chimney Engineers presented by Steven Reid at the CICIND Conference Lisbon Sept CICIND

A simple formula for insertion loss prediction of large acoustical enclosures using statistical energy analysis method

ODEON APPLICATION NOTE Calibration of Impulse Response Measurements

WindPRO version Jan 2011 Printed/Page :15 / 1. DECIBEL - Main Result. Calculation: Decibel_Min_layout_EIAR_KJ. WTGs.

EXPERIMENTAL INVESTIGATION OF NOISE PARAMETERS IN HVAC SYSTEMS

Errata Page, 1 st Edition: Printing 1 and 2

Transmission Loss Assessment for a Muffler by Boundary Element Method Approach

Turbines and turbine sets Measurement of emitted airborne noise Engineering/survey method

Sound power level measurement in diffuse field for not movable sources or emitting prominent discrete tones

Sound radiation and transmission. Professor Phil Joseph. Departamento de Engenharia Mecânica

Chapter 17: Waves II. Sound waves are one example of Longitudinal Waves. Sound waves are pressure waves: Oscillations in air pressure and air density

Noise and Vibration Control for a Decanting Centrifuge

Test Report. RI Acoustic Lab. Measurement of Sound Absorption Coefficient for RockDelta NoiStop Noise Barrier. 20 Feb. 07

Numerical Methods for Engineers, Second edition: Chapter 1 Errata

inter.noise 2000 The 29th International Congress and Exhibition on Noise Control Engineering August 2000, Nice, FRANCE

Antarctica. The Frozen Continent: Earth Science. by Laura Crawford. Scott Foresman Reading Street 3.2.1

Transmission Matrix Model of a Quarter-Wave-Tube with Gas Temperature Gradients

What s that Noise? Duct System Design Guide. Visit $69.00 value!

DBS315 1-phase SIDE CHANNEL BLOWERS

DEA 3500: HUMAN FACTORS: THE AMBIENT ENVIRONMENT (Fall 2017)

Errata for Instructor s Solutions Manual for Gravity, An Introduction to Einstein s General Relativity 1st printing

American International Journal of Research in Science, Technology, Engineering & Mathematics

inter.noise 2000 The 29th International Congress and Exhibition on Noise Control Engineering August 2000, Nice, FRANCE

Design of Partial Enclosures. D. W. Herrin, Ph.D., P.E. University of Kentucky Department of Mechanical Engineering

Assessment & Specifications for Noise Controls

Wojciech ŁAPKA, Czesław CEMPEL

inter.noise 2000 The 29th International Congress and Exhibition on Noise Control Engineering August 2000, Nice, FRANCE

APPENDIX B. Noise Primer

How can we model sound waves?

Transmission Matrix Model of a Quarter-Wave-Tube with Gas Temperature Gradients

Sound Reduction Of Rotary Compressor Using Topology Optimization

PART VIII: ABSORPTIVE SILENCER DESIGN

Dubai Municipality LRT Noise and Vibration Impact Stage 2

Chapter 2 The text above the third display should say Three other examples.

Chapters 11 and 12. Sound and Standing Waves

Number Title Year Organization Page

Efficacy of nonwoven materials as sound insulator

ERRATA MATHEMATICS FOR THE INTERNATIONAL STUDENT MATHEMATICS HL (CORE) (2nd edition)

GIS-BASED VISUALISATION OF TRAFFIC NOISE

ISO 354 INTERNATIONAL STANDARD. Acoustics Measurement of sound absorption in a reverberation room

ANALYSIS OF THE ACOUSTIC BEHAVIOR OF PEOPLE IN A RESTAURANT EuroRegio2016

MAY 5, Noise Barrier Presentation SE Quadrant Noyes Street and Lincoln Street NOISE BARRIER ABUTTER MEETING. Tech Environmental, Inc.

Analysis of Factors Affecting the Sound Generated by Airboats

Evaluation of standards for transmission loss tests

Revised on 06 Aug 2014 Part I

Uncertainties in Acoustics

VK2 volume flow controller Overview

Some considerations on noise monitoring for air handling equipments

ACOUSTICS 1.01 Pantone 144 U & Pantone 5405 U

Laser scanning vibrometry measurements on a light weight building element

FORMULAS OF ACOUSTICS

FAN ENGINEERING. Fan Sound & Sound Ratings

1 Wind Turbine Acoustics. Wind turbines generate sound by both mechanical and aerodynamic

Medical Imaging Signals and Systems Jerry L. Prince and Jonathan M. Links Upper Saddle River, NJ: Pearson Prentice Hall, 2006

ISO INTERNATIONAL STANDARD

ISO INTERNATIONAL STANDARD

Errata for Gravity: An Introduction to Einstein s General Relativity, Printings 1-3, B: typos, etc.

FIRST, MORE ABOUT SOUND

Addendum to ARI Standard , Air Terminals September 2002

Corrections and Minor Revisions of Mathematical Methods in the Physical Sciences, third edition, by Mary L. Boas (deceased)

AN INTRODUCTION TO NOISE CONTROL IN

An Introduction to Noise Control in Buildings (Live Webinar)

Reactive Silencer Modeling by Transfer Matrix Method and Experimental Study

Attenuation. Witt&Sohn AG Oct-14

5:1LEC - BETWEEN-S FACTORIAL ANOVA

Ljud i byggnad och samhälle (VTAF01) Sound propagation outdoors MATHIAS BARBAGALLO DIVISION OF ENGINEERING ACOUSTICS, LUND UNIVERSITY

LABORATORY MEASUREMENTS OF THE SOUND ABSORPTION OF CLASSICTONE 700 ASTM C Type E Mounting. Test Number 2

Corrections to A Guide to Experiments in Quantum Optics

An Adaptive Chimney Stack for Noise Control

PRODUCT DATA. Sound Intensity Calibrator Type 3541-A. Uses and Features

On predicting wind turbine noise and amplitude modulation using Amiet s theory

Prediction of Light Rail Vehicle Noise in Running Condition using SEA

Nonlinear Losses in Electro-acoustical Transducers Wolfgang Klippel, Daniel Knobloch

Exhaust noise a new measurement technology in duct

Introduction to Building Acoustics and Noise Control

Ultrasonic Testing Classroom Training Book, Second Edition

Noise generated from Louver exposed to Flow and Countermeasure s Effect

University Physics Volume 3 Release Notes 2017

Krantz Components. Twist outlet DD-N... for ceiling installation. Air distribution systems

Noise mitigation measures to be used for the explosive cladding in open air

New ratings in ISO of plane sound absorbers made for speech communication in classrooms and meeting rooms

Proc. of NCC 2010, Chennai, India

Final Exam Notes 8am WednesdayDecember 16, 2015 Physics 1320 Music & Physics Prof. Tunks & Olness

Transcription:

Errata for The Noise Manual, 5 th Edition, First Printing iv ISBN 0-32628-02- ISBN 0-304-02-4 vi Alice Suter information 3 72 Equation 3.8 3 74 7 228 7 234 Equation asuter@cdsnet.net T T L L A8hn = 10 log 10 A (t)/10 dt 8 0 8 = L Aeq,T + 10 log 1 T 0 ahsuter@charter.net L L A8hn = 10 log 10 A (t)/10 dt = L 8 Aeq,T + 10 log 8 1 T L AS (t)/16.61 T T L (t)/16.61 TWA = 16.61 log AS 3.14 TWA = 16.61 log 10 dt 8 0 10 dt 8 0 Observed Frequency Counts Bottom of page Class 1 (less than 85.74): 5 observations Class 2 (85.75 to 87.24): 6 observations Class 3 (87.25 to 88.38): 4 observations Class 4 (88.3 to 8.45): 6 observations P=.633 -.086 0.5524 8 Class 1 (less than 85.75): 5 observations Class 2 (85.76 to 87.23): 6 observations Class 3 (87.24 to 88.3): 4 observations Class 4 (88.40 to 8.45): 6 observations P=.633 -.086 0.5424 7 235 Top of Page "Therefore 55.2% of the employee " "Therefore 54.2% of the employee " = L OSHA + 16.61 log 7 240 Row following equation 7.5 TWA=16.61 log[d(%)/100(%)]+0, dba L A8hn =16.61 log[d(%)/100(%)]+0, dba

Errata for The Noise Manual, 5 th Edition, First Printing Page 2 2 McGill AirPressure Corp. n/a Sound Absorptive Materials: 2, 5-7 Sound Absorptive Systems: 3-5 Sound Barrier Materials: 1-2 Sound Barrier Systems: 1-8 Composite Materials: 1-2 Composite Systems: 1-6 Vibration Damping Materials: 5 Silencers: 3,5,7,,11 321 Figure.21 (Lower right hand figure) Deflection (Hz) Deflection (in) 328 Table.8- (under Engine Exhaust Silencers) Low Speed <350 fpm Low Speed <350 rpm 360 Line 5 "To maximize the potential noise reduction, " "To maximize the potential insertion loss, " Line 13 " can be used to estimate the noise reduction of " "...can be used to estimate the insertion loss of " Line 16 "From the chart, the noise reduction at each frequency " "From the chart, the insertion loss at each frequency " 361 Figure.46 (y-axis label) Noise Reduction (db) Insertion Loss (db) Figure.46 (Title) Figure.46-Noise Reduction of a partial barrier. Figure.46-Insertion Loss of a partial barrier.

Errata for The Noise Manual, 5 th Edition, First Printing Page 3 Table.13 (Title) Noise Reduction through the use of a partial barrier. Insertion Loss through the use of a partial barrier. Table.13 (Line 6) Noise Reduction (db) Insertion Loss (db) Third Line of Text "For all practical purposes, diffraction effects will limit the maximum IL (or NR) " "For all practical purposes, diffraction effects will limit the maximum IL " 10 425 Figure 10.21 (y-axis label) 26 25 11 486 Figure 11.11 n/a In the columns for 1000 Hz and 1250 Hz, there are too many dots shown. There should be 8 dots instead of 10, uniformly spaced vertically. 14 580 14 587 14 52 14 Table 14.3 (Row 1) Octave-Band Level (db) Table 14.6 (title) Table 14.7 (Case 1, Step 6) Case 2, Step 2 54.4 Mean speech levels for male and female speakers in quiet Mean speech levels for male and female speakers in quiet (at 1 m) (Last number in the column).777 (Fourth number in the N' i column) 178.62 54.7 0.777 17.62 14 53 G i 25.7 38.8 42.2 38.8 41.6 42.7-25.7-38.8-42.2-38.8-41.6-42.7

Errata for The Noise Manual, 5 th Edition, First Printing Page 4 604 1st Sentence "A long-term average sound level over a 24-hour period can be used to describe the acoustical climate of a community." "A long-term average sound level over a 24-hour period can be used to describe community noise." 2nd sentence " between 10:00 p.m. and 7:00 a.m. before the average is calculated." " between 10 p.m. and 7 a.m. (Equation.1a)." Line 7 "As with any average, communities with " "Communities with " last line " at least 200 people per km 2 is related to the population density by (EPA, 174):" " at least 200 people per km 2 can be estimated using Equation.1b (EPA, 174)." New equation to add n/a, but should be added and called.1a L dn = 10 log 1/24 [ 10 (L d /10) + 10 (L n + 10)/10 ] dba (.1a) Equation.1 n/a Equation should be renumbered.1b Following new.1a n/a Where, L d is the equivalent-continuous sound level from 7 a.m. until 10 p.m., and L n is the equivalent-continuous sound level from 10 p.m. until 7 a.m. 618 Step 8 " yields A-weighted octave-band values of 47.3, 58.3, 56., 54.6, and 31.1 dba, respectively." " yields A-weighted octave-band values of 45.3, 58.3, 56., 52.0, and 28.4 dba, respectively."

Errata for The Noise Manual, 5 th Edition, First Printing Page 5 621 Table.4 n/a (column for 250 Hz data is missing) (Add column) 0.04 628 7th Line (from bottom of page) "The DNL existing in the community can be estimated from sound measurements or from Table.7 or from Equation.1." "The DNL existing in the community can be estimated from sound measurements using Equation.1a, or from Table.7, or using Equation.1b." 630 Line 3 (in shaded box) "Actual DNL for the two communities can be estimated to be 53 and 56 dba using Equation.1." "Actual DNL for the two communities can be estimated to be 53 and 56 dba using Equation.1b." 16 650 Row 2 (under MSHA) "Audiograms must be reviewed within 30 days and feedback provided in writing to each miner within 30 days thereafter." "Audiograms must be reviewed within 30 days and feedback provided in writing to each miner within 10 days thereafter." 16 650 Row 5 (under MSHA) "Notify worker within 10 days: unless STS is not workrelated, " "Within 30 days of receiving evidence or confirmation of STS: unless STS is not work-related,..."