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Webinar - Introduction to Guided Wave Inspection Theory

This Webinar includes an introduction to Guided Wave Inspection Theory and Technology.Attendees will learn about the powerful benefits of this solution and its advantages and limitations for pipe inspection as a screening tool and part of an overall NDT program.The basic steps of performing Guided Wave in the field from deploying to reporting will be reviewed for a real perspective of what Ultrasonic Pipeline Testing - Ultrasonic Guided WaveUltrasonic Guided Wave LLC performs non-destructive pipeline analysis using the MsS guided wave system.Pipe diameters from 0.25 to 80 inch outer diameter can be analyzed.Corrosion or crack detection is possible in buried,insulated,or above ground pipelines.Sensitivity of up to 1% cross sectional loss can be obtained.Ultrasonic Pipeline Testing - Ultrasonic Guided WaveUltrasonic Guided Wave LLC performs non-destructive pipeline analysis using the MsS guided wave system.Pipe diameters from 0.25 to 80 inch outer diameter can be analyzed.Corrosion or crack detection is possible in buried,insulated,or above ground pipelines.Sensitivity of up to 1% cross sectional loss can be obtained.

ULTRASONIC GUIDED WAVE PROPAGATION IN PIPES

pipe.Guided wave energy focusing can be performed to concentrate guided wave energy at particular combinations of circumferential and axial locations in straight pipes.When it can be used,this practice enhances the circumferential resolution of defects.Elbows in a piping system are sufficiently disruptive to guided wave energy that the focusingTechnology Overview Guided Ultrasonics Technology You The QSR Pipes Guidedwaveis GULs new quantitative short range (QSR) device,incorporating the latest guided wave technology and hardware.The system is designed to semiautomatically scan predefined sections of straight pipelines for corrosion under pipe supports (CUPS).The QSR1 Pipes Guidedwavecan provide a quantitative measure of the average wall,as well as the remaining wall thickness down to half of the Some results are removed in response to a notice of local law requirement.For more information,please see here.Previous123456NextVideos of Pipes Guidedwave Watch video on Vimeo0:46Focused guided wave pipe inspection concept animation110 views Pipes Guidedwave#0183;Guided wave ultrasonic pipeline inspection offer many advantages such as High productivity (km per day),access required only at discrete locations,carried out with pipe on-line ( not require shutdown) and 100% coverage except for flanges,tees and other large features.

Some results are removed in response to a notice of local law requirement.For more information,please see here.12345NextVideos of Pipes Guidedwave

Watch video on Vimeo0:46Focused guided wave pipe inspection concept animation110 views Pipes Guidedwave#0183;Guided wave ultrasonic pipeline inspection offer many advantages such as High productivity (km per day),access required only at discrete locations,carried out with pipe on-line ( not require shutdown) and 100% coverage except for flanges,tees and other large features.Some results are removed in response to a notice of local law requirement.For more information,please see here.Products Training Consulting Inspection Services Knowledge/Applications Other TechnologiesImages of Pipes Guided Wave imagesGuided Wave Testing To Detect Pipe CorrosionGuided wave testing is applicable to a range of situations,including soil to air and underground piping,Corrosion Under Insulation (CUI),heater tubes,pipe supports and CML/TML relocation.High temperature guided wave testing is also available.Guide Wave Services on a Global Scale

Pipes Guidedwave

Guided wave pipe inspection is the most prominent application of guided waves in NDT.This is because it offers rapid screening capabilities and can provide inspection data for inaccessible sections of pipe such as insulated,coated,or buried lines and corrosion at supports.Guided wave pipe inspection is practiced around the world.Nonlinear guided wave mixing in pipes for detection of Oct 27,2020 Pipes Guidedwave#0183;This can be applied to the combinational harmonics in nonlinear guided wave mixing in pipes to characterise the fatigue damage of a material quantitatively.The relative nonlinear parameter is defined as [ 43 ] (10) ' = A 3 A 1 A 2 where A 3 is the amplitude of the harmonic wave and A 1 ,A 2 are the amplitudes of the two incident waves.Investigation of guided wave propagation in pipes fully The application of long-range guided-wave testing to pipes embedded in concrete results in unpredictable test-ranges.The influence of the circumferential extent of the embedding-concrete around a steel pipe on the guided wave propagation is investigated.An analytical model is used to study the axisymmetric fully embedded pipe case,while explicit finite-element and semi-analytical finite

Homepage - Guided Wave

Guided Wave products provide continuous analytical monitoring of your process,delivering the data and information you need when you need it.Our product line includes optical insertion probes and flow cells,photometers,fiber optic cables,full-spectrum process spectrometers,sampling systems,and data analysis software,all with a two-year warranty.At Guided Wave,all products are tested []Guidedwave The Guided Wave Innovations CompanyUltraWave Piezoelectric Guided Wave Pipeline Inspection.Guidedwave is proud to endorse the UltraWave LRT system offered by Olympus.The UltraWave LRT guided wave technology uses low-frequency guided waves to inspect hundreds of feet of pipe from a single location and is capable of detecting any change in wall thickness and providing information regarding the circumferential extentGuided Wave Ultrasonics InspectioneeringGuided Wave Ultrasonics (GWUT) is a nondestructive examination technique that projects sound waves along pipe walls in order to detect corrosion or other damage.Guided wave ultrasonic testing is also sometimes referred to as long range ultrasonic testing (LRUT).This method is performed by placing a ring of transducers around a pipe.

Guided Wave Testing for Pipe Screening - Guided

Dec 01,2017 Pipes Guidedwave#0183;Guided Wave Testing (GWT) is a non-destructive testing (NDT) method creates a resonance that fills the entire cross section of the structure with energy; any change in the cross section disturbs this resonance and causes a reflection that is usually much larger than would be expected from the simple change in cross section.Guided Wave Testing Premium Inspection Testing GroupGuided Wave Testing Guided Wave Testing (GWT) is a screening tool used to pinpoint areas of concern in various piping systems.A form of Long-Range Ultrasonic Testing (LRUT),GWT can be used to quickly screen large sections of pipe with 100% coverage to determine any areas of change.Guided Wave - NDTTo provide innovative solutions and leading edge technology through state-of-the-art guided wave equipment.To take advantage of our highly skilled profesionals and experience in providing high quality training for Guided Wave Inspectors.; To perform technology demonstrations with Guided Wave instrumentation and its numerous applications in pipe inspection wire rope,boiler tubes etc.

An Experiment on Long-Range Ultrasonic Guided Wave

An Experiment on Long-Range Ultrasonic Guided Wave Inspection of Pipes for On-Line Monitoring in NPP Heung-Seop Eom,a Sahoe Lim,a Jae-Hee Kim,a Young H.Kim,b Sung-Jin Song,b a Korea Atomic Energy Research Institute,ISA Div.,P.O.Box 105,Yuseong Daejeon,[email protected] b 1School of Mechanical Engineering,Sungkyunkwan University,Suwon,Korea 1.Acoustic Wave Propagation in Water Filled Buried pipes is the standard dimension ratio of the outer diameter D to the wall thickness T,labeled SDR = D/T.Pipes for drinking water are produced in a variety of diameters but commonly in only two SDR categories,namely 11 and 17.Figure 3.Simulated acoustic pressure wave in aA flexible and noncontact guided-wave transducer based on Oct 15,2020 Pipes Guidedwave#0183;1.Introduction.In recent years,the ultrasonic guided wave testing technique,with its advantages of long propagation distance,low attenuation and high testing efficiency,has been widely used in nondestructive testing (NDT) and structure health monitoring (SHM) for pipes and plate-like structures [1,2].The major approaches to generate ultrasonic guided waves are piezoelectric

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