International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Electrical thermal imaging report sample from TICOR. TICOR™ is an android based reporting software system that can generate thermal imaging electrical reports onsite in less than 20 seconds. TICOR™ has been designed so that reporting is undertaken during the inspection through a series of drop down option boxes which gives the thermographer the ability to create instant onsite reports in less than 20 seconds after completion of the inspection.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
Electrical thermal imaging report sample from TICOR. TICOR™ is an android based reporting software system that can generate thermal imaging electrical reports onsite in less than 20 seconds. TICOR™ has been designed so that reporting is undertaken during the inspection through a series of drop down option boxes which gives the thermographer the ability to create instant onsite reports in less than 20 seconds after completion of the inspection.
A study on the edm of al7075+3 wt%sic+3wt% b4c hybrid mmceSAT Journals
Abstract The objective of the project is to investigate the effect of current, pulse on time and pulse off time. For the proposed work Material removal rate (MRR) and Tool wear rate (TWR) were chosen as responses and Current, Pulse on time and pulse off time were chosen as process parameters. Hybrid Aluminium Silicon Carbide (Al 7075 + 3wt. % of SiCp+ 3wt. % of B4C) is used as work material and copper is used as tool material. Design of experiment technique is employed for the experimentation. The mathematical models are prepared by Response Surface Methodology (RSM) technique and Box Behnken Design (BBD) is selected to design the matrix for different combination of process parameters. After completion of the experiments analysis was done using analysis of variance (ANOVA) for 90% confidence level. Keywords: Current, Pulse on time, Pulse off time, Material removal rate (MRR), Tool wear rate (TWR), Design of experiments (DOE), Response surface methodology (RSM), Box-Behken design (BBD), Analysis of variance (ANOVA).
- The failure caused by fatigue has a majority
of share in the industries. The recent trends and studies
have shown that 85 to 90 % components fail not due to
static loading but due to cyclic loadings and fluctuating
conditions around. The most common and prominent being
the thermal fatigue failure. Due to uneven temperature
conditions the components under cyclic loading tend to
show a decreased fatigue life as compared to the ideal
conditions thus their probability of failure is quite high and
sometimes dangerous too. There are many techniques
which are used to identify the failure signs and take proper
action but all these techniques require a physical and nondestructive testing of the component which is time
consuming and not suitable for critical operation
components also the temperature factor is not considered
although it being the major affecting factor. This paper
presents an approach to do the online temperature analysis
of the conditions and predict the further failure conditions
by analysing the thermal stresses caused and preventing
the potential sudden failure of the component by using
polynomial regression algorithm to predict the
temperature conditions based on the initial conditions and
correlating it to the magnitude of thermal stress induced
and analyzing the failure possibility of the component
Air monitoring data for the City of Rhinelander, WI shows SO2 concentrations exceeding the 1-hour standard at the water tower monitoring location (WTM) and, as a result, this area has been designated a SO2 non-attainment area. An analysis of emission sources and air quality modeling indicates that the Expera Rhinelander Mill 63 m tall cyclone boiler stack (S09) appears to be the primary contributor to the ambient air impact at this monitor. One solution being evaluated for showing compliance with the 1-hr SO2 NAAQS is raising the 63 m tall S09 stack to the GEP stack height. Based on the Boiler 7 building dimensions the formula GEP stack height is 75 m.
After investigating the Expera Rhinelander Mill building geometry, it was noticed that the Boiler 7 building corner is directly upwind of the stack when the wind blows directly toward the WTM. When the wind blows along a building corner, building corner vortices are generated that enhance building downwash by as much as a factor of two over that observed for wind directions normal to a building face. Past wind tunnel results suggest that the actual GEP stack height could be up to 95 m for this corner vortex situation. Hence, the purpose of this study was to determine the actual GEP stack height for the Expera Rhinelander Mill cyclone boiler stack (S09) using wind tunnel modeling.
This paper provides detailed information on determining GEP stack height, outlines the wind tunnel modeling method required to demonstrate a GEP stack height taller than the EPA formula height and provides detailed results documenting that a 90 m stack height is creditable as GEP which is well above the 75 m EPA formula height. As part of the GEP stack height demonstration, results are provided that document that the wind tunnel simulation provides similar turbulence and dispersion characteristics as the atmosphere.
Abstract The requirement of energy in any processing industry is not only a need but it is indeed a most wanted utility. In a typical processing or manufacturing industry the most common utility are steam and cooling water. However the cost of these utility are no longer cheap, in fact they are expensive. Therefore saving these utility or minimizing the usage of these utilities is one of the most needed practice in a processing industry. Pinch technology is the most common method, which is aimed at minimizing the requirement of utilities by maximizing the process to process heat transfer. In the present study temperature interval diagram or TID is used to identify the targets for minimum utility requirement and maximum process to process heat transfer in a processing facility. The targets for heat exchanger network are presented and minimization of number of heat exchangers are provided using stream splitting technique. Keywords: Pinch design, stream splitting, HEN synthesis, Utilities, TID
The webinar addresses all operators of a vario MAX N/CN cube. We pay attention to frequently asked questions regarding maintenance, method optimization and instrument parameters. Furthermore, we talk about typical sample matrices that can cause problems during the analysis and assist you to solve them.
MODEL BASED ANALYSIS OF TEMPERATURE PROCESS UNDER VARIOUS CONTROL STRATEGIES ...Journal For Research
This paper analyze the temperature process in an empirical model. From the empirical model the system behavior is determined by transfer function and the basic controller strategies Ziegler-Nichols & Cohen-Coon method are implemented in it. With these tuning methods the best control strategies are obtained at the final stage by interfacing the system with NI-myRIO kit.
Design and Analysis of Micro Steam Turbine Using Catia and Ansysijceronline
Micro turbines are becoming widely used for combined power generation and heat applications. Micro turbines have many advantages over piston generators such as low emissions less moving parts, accepts commercial fuels. Steam turbine cycle and operation of micro turbine was studied and reported. Different parts (Inlet. Storage, Nozzle, Rotor, coupling, outlet, clip, housing) of turbine are designed with the help of CATIA software. The turbine is of Axial input and axial output type. ANSYS is used for thermal analysis of a steam turbine and those results are extracted and following values are shown by applying known temperature when it is in working condition.
Elementar developed a CS analyzer which combines highly accurate data with easy to use, clean and automated processes. Experience the new level of carbon and sulfur determination in metals and inorganic materials. The new inductar CS cube is full of innovative and advanced ideas to make CS analysis more easy to use and more reliable.
Design With Solid works Software and Planning Calculation Analysis of Fire Tu...IJRES Journal
Steam boilers (boilers) is a closed vessel made of steel that is used to generate steam. In the modern era many industries such as household scale industries for the manufacture of oyster mushroom spawn to use aid as a supplier of steam boilers are used as a sterilization process baglog. Annually, the number of requests oyster mushroom spawn have been increases, so the boiler is very significant equipment to increase the number of baglog production as oyster mushroom growing media.To help to fulfill the small industryrequiremets for oyster mushroom nursery,plannedatype offire tubeboilerthatcanhelpthe availability ofsteam ina lowscalewithsteamoutputcapacity of70kg/ h, temperature120℃, pressure1.5barandusingmaterialsLPGfuelas a source ofheatenergy.From the results of this design, fire tube boiler have efficiency of 0.934 % . The kettle body is made from asphalt drums pertamina with the Cold Rolled Steel materials. Used asphalt drums because of its availability in the market more easier to obtained easily and the dimensions of asphalt drum capable of holding for temperature and pressure have been determined . As for the pipe material using Carbon Steel Tubing Boilers ASME SA - 178A GRADE A / SA - 214 (Plain Carbon).
Concepción reconstruccionista del sistema educativoSebastian Mendoza
Presentacion realizada por el estudiante Sebastian Mendoza para la Universidad Bicentenaria de Aragua sobre la Concepcion Reconstruccionista del Sistema Educativo.
A study on the edm of al7075+3 wt%sic+3wt% b4c hybrid mmceSAT Journals
Abstract The objective of the project is to investigate the effect of current, pulse on time and pulse off time. For the proposed work Material removal rate (MRR) and Tool wear rate (TWR) were chosen as responses and Current, Pulse on time and pulse off time were chosen as process parameters. Hybrid Aluminium Silicon Carbide (Al 7075 + 3wt. % of SiCp+ 3wt. % of B4C) is used as work material and copper is used as tool material. Design of experiment technique is employed for the experimentation. The mathematical models are prepared by Response Surface Methodology (RSM) technique and Box Behnken Design (BBD) is selected to design the matrix for different combination of process parameters. After completion of the experiments analysis was done using analysis of variance (ANOVA) for 90% confidence level. Keywords: Current, Pulse on time, Pulse off time, Material removal rate (MRR), Tool wear rate (TWR), Design of experiments (DOE), Response surface methodology (RSM), Box-Behken design (BBD), Analysis of variance (ANOVA).
- The failure caused by fatigue has a majority
of share in the industries. The recent trends and studies
have shown that 85 to 90 % components fail not due to
static loading but due to cyclic loadings and fluctuating
conditions around. The most common and prominent being
the thermal fatigue failure. Due to uneven temperature
conditions the components under cyclic loading tend to
show a decreased fatigue life as compared to the ideal
conditions thus their probability of failure is quite high and
sometimes dangerous too. There are many techniques
which are used to identify the failure signs and take proper
action but all these techniques require a physical and nondestructive testing of the component which is time
consuming and not suitable for critical operation
components also the temperature factor is not considered
although it being the major affecting factor. This paper
presents an approach to do the online temperature analysis
of the conditions and predict the further failure conditions
by analysing the thermal stresses caused and preventing
the potential sudden failure of the component by using
polynomial regression algorithm to predict the
temperature conditions based on the initial conditions and
correlating it to the magnitude of thermal stress induced
and analyzing the failure possibility of the component
Air monitoring data for the City of Rhinelander, WI shows SO2 concentrations exceeding the 1-hour standard at the water tower monitoring location (WTM) and, as a result, this area has been designated a SO2 non-attainment area. An analysis of emission sources and air quality modeling indicates that the Expera Rhinelander Mill 63 m tall cyclone boiler stack (S09) appears to be the primary contributor to the ambient air impact at this monitor. One solution being evaluated for showing compliance with the 1-hr SO2 NAAQS is raising the 63 m tall S09 stack to the GEP stack height. Based on the Boiler 7 building dimensions the formula GEP stack height is 75 m.
After investigating the Expera Rhinelander Mill building geometry, it was noticed that the Boiler 7 building corner is directly upwind of the stack when the wind blows directly toward the WTM. When the wind blows along a building corner, building corner vortices are generated that enhance building downwash by as much as a factor of two over that observed for wind directions normal to a building face. Past wind tunnel results suggest that the actual GEP stack height could be up to 95 m for this corner vortex situation. Hence, the purpose of this study was to determine the actual GEP stack height for the Expera Rhinelander Mill cyclone boiler stack (S09) using wind tunnel modeling.
This paper provides detailed information on determining GEP stack height, outlines the wind tunnel modeling method required to demonstrate a GEP stack height taller than the EPA formula height and provides detailed results documenting that a 90 m stack height is creditable as GEP which is well above the 75 m EPA formula height. As part of the GEP stack height demonstration, results are provided that document that the wind tunnel simulation provides similar turbulence and dispersion characteristics as the atmosphere.
Abstract The requirement of energy in any processing industry is not only a need but it is indeed a most wanted utility. In a typical processing or manufacturing industry the most common utility are steam and cooling water. However the cost of these utility are no longer cheap, in fact they are expensive. Therefore saving these utility or minimizing the usage of these utilities is one of the most needed practice in a processing industry. Pinch technology is the most common method, which is aimed at minimizing the requirement of utilities by maximizing the process to process heat transfer. In the present study temperature interval diagram or TID is used to identify the targets for minimum utility requirement and maximum process to process heat transfer in a processing facility. The targets for heat exchanger network are presented and minimization of number of heat exchangers are provided using stream splitting technique. Keywords: Pinch design, stream splitting, HEN synthesis, Utilities, TID
The webinar addresses all operators of a vario MAX N/CN cube. We pay attention to frequently asked questions regarding maintenance, method optimization and instrument parameters. Furthermore, we talk about typical sample matrices that can cause problems during the analysis and assist you to solve them.
MODEL BASED ANALYSIS OF TEMPERATURE PROCESS UNDER VARIOUS CONTROL STRATEGIES ...Journal For Research
This paper analyze the temperature process in an empirical model. From the empirical model the system behavior is determined by transfer function and the basic controller strategies Ziegler-Nichols & Cohen-Coon method are implemented in it. With these tuning methods the best control strategies are obtained at the final stage by interfacing the system with NI-myRIO kit.
Design and Analysis of Micro Steam Turbine Using Catia and Ansysijceronline
Micro turbines are becoming widely used for combined power generation and heat applications. Micro turbines have many advantages over piston generators such as low emissions less moving parts, accepts commercial fuels. Steam turbine cycle and operation of micro turbine was studied and reported. Different parts (Inlet. Storage, Nozzle, Rotor, coupling, outlet, clip, housing) of turbine are designed with the help of CATIA software. The turbine is of Axial input and axial output type. ANSYS is used for thermal analysis of a steam turbine and those results are extracted and following values are shown by applying known temperature when it is in working condition.
Elementar developed a CS analyzer which combines highly accurate data with easy to use, clean and automated processes. Experience the new level of carbon and sulfur determination in metals and inorganic materials. The new inductar CS cube is full of innovative and advanced ideas to make CS analysis more easy to use and more reliable.
Design With Solid works Software and Planning Calculation Analysis of Fire Tu...IJRES Journal
Steam boilers (boilers) is a closed vessel made of steel that is used to generate steam. In the modern era many industries such as household scale industries for the manufacture of oyster mushroom spawn to use aid as a supplier of steam boilers are used as a sterilization process baglog. Annually, the number of requests oyster mushroom spawn have been increases, so the boiler is very significant equipment to increase the number of baglog production as oyster mushroom growing media.To help to fulfill the small industryrequiremets for oyster mushroom nursery,plannedatype offire tubeboilerthatcanhelpthe availability ofsteam ina lowscalewithsteamoutputcapacity of70kg/ h, temperature120℃, pressure1.5barandusingmaterialsLPGfuelas a source ofheatenergy.From the results of this design, fire tube boiler have efficiency of 0.934 % . The kettle body is made from asphalt drums pertamina with the Cold Rolled Steel materials. Used asphalt drums because of its availability in the market more easier to obtained easily and the dimensions of asphalt drum capable of holding for temperature and pressure have been determined . As for the pipe material using Carbon Steel Tubing Boilers ASME SA - 178A GRADE A / SA - 214 (Plain Carbon).
Concepción reconstruccionista del sistema educativoSebastian Mendoza
Presentacion realizada por el estudiante Sebastian Mendoza para la Universidad Bicentenaria de Aragua sobre la Concepcion Reconstruccionista del Sistema Educativo.
Electrificação Residencial Atraves de Sistemas Fotovoltaicos. Celso Macie 2016CAMACIE
Este estudo enquadra-se no ambito de investigacao em energias renovaveis, onde procurou estudar a viabilidade tecnica e economica para electrificacao residencial em uma localidade rural atraves de sistemas fotovoltaicos autonomos domiciliares.
Las personas que asumen el desempeño gerencial de una organización se llaman gerentes, y son los responsables de dirigir las actividades que ayudan a las organizaciones para alcanzar sus metas. La base fundamental de un buen gerente es la medida de la eficiencia y la eficacia que éste tenga para lograr las metas de la organización.
Investigation of Metal and Chemical Hydrides for Hydrogen Storage in Novel Fu...chrisrobschu
DOE Funded Activities
Objectives:
•Use engineering analyses to screen H2 storage systems against DoD targets & requirements (FY15)
•Identify suitable hydrogen storage materials and suitable vehicle demonstration platforms
•Develop a preliminary design of an integrated UUV design with a solid hydrogen storage system
•Complete detailed design of the hydrogen storage system
•Complete integrated system design
ONR/NUWC Funded Activities
Objectives:
•
Design and build a small bench-scale, alane-based, hydrogen storage vessel
•
Perform preliminary testing on the bench-scale, storage system
•
Package and ship bench-scale vessel and alanematerial to the Navy NUWC
•
Provide technical support to Navy NUWC for their further testing and evaluation
Doe amr st134_motyka_2016_p
Investigation of Significant Process Parameter in Manganese Phosphating of Pi...IJERA Editor
The aim of this study is to determine the most significant parameter such as phosphating bath temperature,
phosphating time,accelerator level on the fatigue life of piston pin material such as 40NiCr4Mo3 by analysis of
variance (ANOVA).The selected three imput parameters were studied at three different level by conducting nine
experiments based on L9 orthogonal array of Taguchi’s methodology.Phosphating bath temperature has
significant effect on fatigue strength followed by phosphating time and accelerator level.
Application of Additive Manufacturing in Aerospace IndustryAbhijeet Agarwal
This Presentation based on the benefits and the advantage of the Additive Manufacturing in the world. There how it make this useful around the companies and other things
This a compilation of the overall process in conducting energy audit based on my personal experiences, training that I attended in Malaysia, India and Japan and information sharing between fellow EE practitioners.Not to forget references from books and internet.
I believe this would benefit to those who wants to understand what is energy audit all about for beginners to become an energy auditor and to facilities owners to assess the need to conduct energy audit and energy audit proposals submitted by consultants
Condition Assessment of Concrete Bridge Elements using Active IR Thermography
Oral Defense V3
1. Measurement of Air Temperature using
Thermochromic Liquid Crystal Technology
Undergraduate Research Distinction Defense Presentation
2015 April 10
ZHENGDI WANG
Examination Committee:
Professor Randall Mathison (advisor)
Professor Michael Dunn
The Ohio State University
Department of Mechanical and Aerospace Engineering
Gas Turbine Laboratory
2. Presentation Overview
Introduction
Main purpose
Design and Experiments
Results
Conclusion and future Work
2015/4/9
The Department of Mechanical and
Aerospace Engineering
2
3. What is Thermochromic Liquid Crystal
Technology?
2015/4/9
The Department of Mechanical and
Aerospace Engineering
3
Figure :1http://www.thermometersite.com/temperature-research-and-testing-kits/chiral-
nematic-sprayable-liquid-crystal/detailed-product-flyer.html
2http://www.thermometersite.com/components/com_virtuemart/shop_image/product/aa28
d3ecf3ebaa931c26dd86c791ff56.jpg
3 http://www.explainthatstuff.com/thermochromic-materials.html
• Heat Transfer or thermal measurement and mapping
• Corresponding react to changes in temperature
• Active range
• Inexpensive
• Quantitative measurements, associated with a measurable
scalar-- Hue angle
Color change due to the
hand temperature
Incoming light waves reflect off nearby crystals and add
together by interference, which produces the reflection.
The color of the reflected light depends in a very precise
way on how closely the crystals are together. Heat up or
cool down liquid crystals will change the spacing between
them, altering the amount of interference and changing the
color of the reflected light from black, through red and all
the colors of the spectrum to violet and back to black again.
In a nutshell, the liquid crystals look a different color
depending on what temperature they are because changes
in temperature make them move closer together or further
apart (depending on the material).
Typical color play of thermochromic liquid crystals(𝑇𝑟𝑒𝑑 < 𝑇𝑔𝑟𝑒𝑒𝑛 < 𝑇𝑏𝑙𝑢𝑒)
4. Test Facility --Blowdown Wind Tunnel
2015/4/9
The Department of Mechanical and
Aerospace Engineering
4
5. Main Purposes
To build a TLC thermal model on filaments to
measure and map the air temperature change in
the test section of a blowdown wind tunnel.
2015/4/9
The Department of Mechanical and
Aerospace Engineering
5
6. Existing Methods
Thermocouple
– Advantage
• Large Temperature range, -200
• Robust
• Rapid response
• No self heating
– Disadvantage
• Complex signal conditioning
• Susceptibility to corrosion
• Susceptibility to noise
• Can only determine temperature at one point or a small array of points
• Boundary layer temperature is hard to be measured
2015/4/9
The Department of Mechanical and
Aerospace Engineering
6
Figure: http://www.analog.com/library/analogdialogue/archives/44-
10/thermocouple.pdf
Thermocouple rake with 11 thermocouples on it
7. Previous Experiments
– Long time to reset
– Infrared cameras
• High cost
• Not work for spinning environment
The previous calibration experiment
designed for heat flux measurement.
In my research I will use the similar
strategy to do temperature
measurement.
2015/4/9
The Department of Mechanical and
Aerospace Engineering
7
Figure :INTERNAL COOLING IN TURBOMACHINERY, R. Poser & J. vonWolfersdorf
8. Experiment Process
Design test
piece 1
Vacuum Oven
Calibration 1
•Heat up the
vacuum oven
•Take video during
the experiment
process
Computer
analysis
•Build a Matlab
program
•Determine RGB
value and convert
to HSV
•Make sure the
TLCs active on the
filaments and in
the right trend
Redesign and
build test
piece 2
Vacuum Oven
Calibration 2
•Build the accurate
relationship
between
temperature and
hue
Wire Reaction
time
Measurement
test
Temperature
Measurement in
the blowdown
wind tunnel
2015/4/9
The Department of Mechanical and
Aerospace Engineering
8
9. Methodology--Calibration I
2015/4/9
The Department of Mechanical and
Aerospace Engineering
9
Fishing line
• 0.015m diameter
• 1/8 inch apart
Unheated filament
Heated filament
Vacuum Oven
Camera right in front
of the window
Test Piece 1
Use a blanket covering the oven to keep the
experiment in a dark environment
10. Calibration I Results
2015/4/9
The Department of Mechanical and
Aerospace Engineering
10
Those images were from
the video recorded for
calibration I. The video
length was 709 seconds
and there were 21000
frames stored in Matlab.
Every 70th frame was
processed, so there were a
total 300 images used for
extracting hue value. 80
points on the filaments
were selected (as shown in
the images) and they were
the same location in all 300
images.
11. Calibration I Results
2015/4/9
The Department of Mechanical and
Aerospace Engineering
11
• TLC did have color change on
the small surfaces (0.015m
diameter fishing line)
• The camera was clear
enough to record the
experiment
• A clear relationship between
the color change and
temperature rise has been
demonstrated.
15. Calibration II Results
2015/4/9 15
-
• Timothy Lawler processed the data from the oven calibration.
• Third order polynomial curve fit ( 95% confidence bounds)
• 𝑇𝑒𝑚𝑝 𝐾 =(-2.413× 10−6)(𝐻𝑢𝑒)3+0.001961(𝐻𝑢𝑒)2−0.1785𝐻𝑢𝑒 + 304.5
Comparison of data fit within the range of interest
Temperature[k]
Hue
Fit
Real Data
60 100
18. Reaction Time Measurement Results
• Select 4 points on the color changing region on
wires
• Frame rate of the video is 30 frames per second
• Process each run in Matlab to determine the
reaction time
2015/4/9
The Department of Mechanical and
Aerospace Engineering
18
Points Selected from this region
Heating up reaction time Cooling down reaction time
19. Reaction time Measurement Results
2015/4/9
The Department of Mechanical and
Aerospace Engineering
19
Starting heating here
• Run 3 has a large deviation with run 1,2,5
• Run 1 and run 5 have similar behavior
• Run2 and run 3 somehow have similar behavior
20. Reaction Time Measurement Results
2015/4/9
The Department of Mechanical and
Aerospace Engineering
20
• The reaction time for heating up the wire until response finished is
about 1.49 seconds
• The reaction time for cooling down the wire until response finished is
about 3.68 seconds
Run Heating up reaction Time(Sec) Cooling down reaction Time(Sec)
1 1.7667 3.1333
2 1.0000 4.2667
3 1.5333 3.4000
5 1.6667 3.9333
Mean 1.4917 3.6833
21. Conclusion and future work
Conclusion
• Clear relationship between temperature and hue has been demonstrated.
• This mathematical relationship can tell the temperature at wires for any
random point by the color (hue) there.
• TLC is potentially a reliable temperature measurement technology .
2015/4/9
The Department of Mechanical and
Aerospace Engineering
21
Future work
• Redo the oven calibration using a black background for a clear vision
• Find and test some other materials for the filaments to get a quicker
response
• Find a suitable material for the window to observe in the blowdown wind
tunnel for temperature measurement
22. Acknowledgement
• Prof. Randall Mathison
• Dr. Igor Ilyin
• Mr. Kenneth Fout
• Mr. Timothy Lawler, Graduate student
• College of Engineering at The Ohio State
University
2015/4/9
The Department of Mechanical and
Aerospace Engineering
22
