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Showing posts with label VIBE. Show all posts
Showing posts with label VIBE. Show all posts

Tuesday, 12 April 2016

Vibration sensor market projected to hold automotive industry as the fastest growing segment till 2020 according to market forecasts

According to the report “Vibration Sensor Market Analysis: By Technology (Capacitance, Piezo-resistive, Strain Gauge) By Material (Ceramics, Quartz, Silicon) By Industry (Automotive, Nuclear, Consumer Electronics, Machine & Structural Monitoring, Mining) Forecast - (2015 - 2020)”, published by IndustryARC, the Vibration Sensor Market in automotive industry to reach $881.3 million by 2020

The Vibration Sensor Market has witnessed significant deployment rate in the past few years majorly in automotive and aerospace industry. The vibration sensors in automobiles perform real time monitoring of the automobile mechanical systems in order to prevent breakdown and intimate the drivers beforehand.

The vibration sensor market in automotive industry is projected to attain market worth of $881.3m by 2020 as per the IndustryARC analysis. The recent advancements in the automobile systems such as driver assistance systems, commercial telematics solutions have embraced the sensor technology at an extensive level and have perforated high ends market of the automotive industry. OEMs are constantly making efforts to make these technologies accessible to a larger customer base rather than serving the niche segment.

The awareness among the end users has remarkably increased and is acknowledging the offered technology. Europe and North America are the dominant regions in the vibration sensors market owing to the presence of leading end user industries in nations such as The U.S.A, Canada, Germany, and the U.K.

Maintenance and Safety of the equipment has always been the prime objective of the manufacturing industry. A number of solutions has been developed integrating electronics into the mechanical components to improve the operational efficiency and minimize the complexity of the process.

Vibration sensors help to analyze the frequency and intensity of vibrations in order to take decisions regarding performance, production and quality of the object in various industries. These sensors are extensively used to determine the specific cause and location of machinery problems.

Vibration sensors are capable of measuring and analyzing displacement, linear velocity, and acceleration. These sensors primarily facilitate measurements of vibration displacement, velocity and acceleration.

With the development of computer technology, electronic technology and manufacturing process, a variety of vibration sensors have drawn attention and importance in various industry verticals. With the shift towards intelligent or automatic monitoring of machinery in manufacturing plants, vibration sensors market is estimated to benefit hugely and grow significantly in coming years.

Apart from automotive, vibration sensor has revealed promising applications for equipment maintenance in non-destructive testing, nuclear, oil & gas industry. Nuclear power plants majorly depend upon vibration monitoring systems for ensuring continuous power generation and safety of personnel and equipment.

Nuclear reactor outage costs are very high and thus unexpected downtime may lead to enormous losses to the company. Thus approximately 90% of the operation cost is utilized for the monitoring of machinery health using equipment such as vibration sensors.

In Oil & Gas industry, the vibration sensor market is speculated to register double digit CAGR by 2020. Vibration monitoring systems are highly effective in determining machinery health, planning maintenance intervals, reducing downtime and avoiding catastrophic loss.

Sensors offering hazardous area approvals are widely used on gas and oil well heads, supply lines, natural gas power engines, multi-stage gas compressors and other machinery operating in hazardous environments.

Source: http://industryarc.com/Report/165/Vibration-Sensors-Market-Forecast.html 

Monday, 16 November 2015

US Air Force to use vibration sensors to detect vehicles in anti-access and denied areas.

Air Force Research Laboratory at Wright-Patterson Air Force Base, Ohio, announced an
upcoming program this week for Vibrometry Interrogation for Battlefield Exploitation
(VIBE). The objective of VIBE is to develop combat identification (CID) automatic
target recognition (ATR) for vibrometry sensor data for use within anti-access/area
denial (A2/AD) environments.

Vibrometry sensors utilize the principal of micro-Doppler measurements between the
sensor and target caused by surface deflections. These deflections are due to vibrations mainly caused by mechanical systems (motors) or transformer hum (magnetostriction) during operation of military and civilian vehicles and equipment. These measurements enhance air-to-ground (A/G) and air-to-air (A/A) remote identification of targets. The
addition of vibration measurement to the sensor suite provides an additional non-imagery based identification modality at ranges where traditional electro-optical imaging is resolution limited. The vibrometry modality also provides unique capabilities in settings where a vibration signature is available such as facility interrogation, power plant assessment, obscured targets, and Battle Damage Assessment (BDA).

One of the VIBE program's key challenges will be to extracting features from vibrometry
signatures that remain consistent, and filter out irrelevant noise. For this project
Air Force researchers are not interested in any proprietary hardware, software, or
data solutions. Instead, the program will focus on basic algorithm development.
Program funding will be about $15 million from 2016 to 2022, researchers say.

For more information please follow the link: https://www.fbo.gov/index?s=opportunity&mode=form&id=2cd88d2c41b98042ff665877a11dfc96&tab=core&_cview=0