3 edition of Theoretical and experimental study of a thermal pulse flowmeter found in the catalog.
Theoretical and experimental study of a thermal pulse flowmeter
V J. Revenko
in New York
Written in English
Thesis (M.Sc.)-Columbia University, School of Engineering and Applied Sciences. Microfilm of typescript. New York; Columbia University, 1968. 1 reel. 35mm.
|The Physical Object|
|Number of Pages||129|
Fibrous material is a complex porous medium and steady test methods are the main test approaches we currently depend on to study the heat transfer properties. The application of unsteady test methods on fibrous material is still not mature. In this paper, some systematic studies are taken to investigate this problem. The purpose of this experiment is to study some of the famous instruments used in flow measurements. Calculate the coefficient of discharge from experimental data for a venturi meter. Determine the relationship between Reynolds number and the coefficient of discharge. 2. INTRODUCTION.
A Combined Theoretical and Experimental Study of CH3NH3PbI3 Containing AVAI Films Prepared via an Intramolecular Exchange Process; Synthesis and Characterization of Ruthenium Complexes with Two Fluorinated Amino Alkoxide Chelates. The Quest To Design Suitable MOCVD Source Reagents. This book comprises select proceedings of the International Conference on Future Learning Aspects of Mechanical Engineering (FLAME ). The book gives an overview of recent developments in the field.
Theoretical, Numerical, and Experimental Study of the Time of Flight Flowmeter J. Fluids Eng (April, ) The Design of a New Flow Meter for Pipes Based on the Drag Force Exerted on a Cylinder in Cross Flow (Drag Force Flow Meter: DFFM). Thermal Mass flow meters use the thermal properties of the fluid to measure the flow of a fluid flowing in a pipe or duct. In a typical thermal mass flow meter, a measured amount of heat is applied to the heater of the sensor. Some of this heat is lost to the flowing fluid. As flow increases, more heat is lost. The amount of heat lost.
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This paper investigates the performance of a device that measures the time of flight of a heat pulse in a gas stream to determine the flow rate in a pipe. A fusion of the theoretical, experimental, and numerical data is used to suggest a gas-independent correlation function between the response time and flow by: 4.
Actually, many devices used for flow rate measurement in oil and gas fiscal metering like orifice and turbine meters are often employed. This work dea. The comparisons of theoretical and experimental results in Figs. 4 and 5 have seen to be in good agreement.
Conclusions. For pulsed positive dielectric barrier discharge in oxygen we study the ozone generation by employing both experimental and numerical by: Theoretical and Experimental Study of Thermal Performance within a Journal of Engineering Science and Technology NovemberVol.
13(11) dL GdW a (2) aW, (3) From Eqs. (1), (2), and (3), the water temperature in the control volume is determined by the following relation:.
Dynamic model for a thermal transit-time flow sensor. Chemical Engineering Science46 (3), DOI: /(91) Y. Avirav, H. Guterman, S. Ben-Yaakov. Implementation of digital signal processing techniques in the design of thermal pulse by: The pulse tube engine is a simple prime mover based on the pulse tube process.
It has high potential to be applicable in waste heat usage. In the present work a simulation model is used to design a pressurized experimental pulse tube engine employing helium as working fluid. The measured engine characteristics are compared with the calculated predictions.
A vacuum insulation panel (VIP) is an inorganic composite insulation panel with a thermal conductivity of almost W/(m•K) and a Class A fire resi. Using the model and the experimental test rig, the engine performance is studied for different heat input temperatures, filling pressures, and operating frequencies.
The energy conversion process, based on a broken thermodynamic symmetry and a thermal lag occurring in the pulse tube, is proven theoretically. The heat-pulse flowmeter (HPFM) used in this study consists of a wire-grid heating element and two sensitive thermistors (heat sensors) that are positioned above and below the wire grid.
The annulus between the measurement section of the probe and the borehole wall is sealed with a flexible rubber disk in order to force all of the borehole flow.
In the experimental range, the variation in discharge coefficient is less than 6%, which compares well with that of the V-cone flowmeter. For No. 1 perforated orifice with β =the relative variation in discharge coefficient is as low as % when the distance between the orifice and the disturbance is over 5 D.
The comparison of this flow-meter reading with the standard flow-meter indicates the existence of different calibration regimes, bifurcated by a sharp change in slope of the calibration curve.
and Experimental Study of the Time of Flight Flowmeter. Fluids Eng (April, Design and Simulation of a Novel Linear Thermal Mass Flow Meter.
Thermal decomposition of methyl butanoate (MB) diluted in argon was studied behind reflected shock waves in the temperature range of – K using a single pulse shock tube (SPST).
The post shock mixtures were analyzed quantitatively using gas chromatography. In this work, the time-domain thermoreflectance (TDTR) method is used to measure the thermal conductivity of graphite along different crystallographic planes at room temperature for the first time.
Experimental and Modeling Study of the Oxidation of Two Branched Aldehydes in a Jet-Stirred Reactor: 2-Methylbutanal and 3-Methylbutanal. Single Pulse Shock Tube and ab Initio Studies. The Journal of Physical Chemistry AExperimental and theoretical study on thermal decomposition of methyl butanoate behind reflected shock waves.
Thermal Decomposition of Propargyl Alcohol: Single Pulse Shock Tube Experimental and ab Initio Theoretical Study. The Journal of Physical Chemistry A(31), DOI: /jpj. Landon L. Bladow, Christopher J. Stopera, W. David Thweatt and Michael Page.
Based on the theoretical analysis and experimental investigation in this paper, NiTi cuts with narrow, debris-free and good perpendicular lines were obtained by using a nm Nd:YAG laser.
This indicates that Nd:YAG with an ultra-short (ns) laser pulse. Submissions are invited for both original research and review articles. We hope that this collection of papers will serve as an inspiration for those interested in Experimental Mechanics, Instrumentation and Metrology.
Theoretical and experimental contributions, original and review studies, and industrial and university research will be welcome. Date: Janu This is to certify that the thesis entitled “Theoretical and Experimental Studies on Pulse Tube Refrigerator”, being submitted by Shri Yamuna Prasad Banjare for the award of the degree of Doctor of Philosophy in Mechanical Engineering, is a record of bonafide research.
Temperature prediction of a battery plays a significant role in terms of energy efficiency and safety of electric vehicles, as well as several kinds of electric and electronic devices.
In this regard, it is crucial to identify an adequate model to study the thermal behavior of a battery. This article reports a comparative study on thermal modeling approaches by using a LiCoO2 lithium-ion. Experimental and theoretical study of an on-wall in-tube flexible thermal sensor.
Zhiyong Tan 1, Mitsuhiro Shikida 2, Masafumi Hirota 1, Kazuo Sato 1, Takuya Iwasaki 3 and Yasuroh Iriye 3. Published 22 February • IOP Publishing Ltd Journal of Micromechanics and Microengineering, Vol Number 4.
I. Introduction. Piezoelectric polymer composites with 1–3 connectivity consist of length-extensional piezoelectric elements embedded in a passive matrix. The benefits of 1–3 piezocomposites are well-recognized for transducer imaging applications, taking advantages of the high electrome-chanical properties of piezoelectrics and low acoustic impedance of polymers.The characteristics of a thermo tube type thermal gas flowmeter were analyzed and experimental results were described.
The output of this flowmeter is temperature difference between two points along an electrically heated capillary. An analytical expression of its outputs was derived assuming a simple flow condition.
An experimental prototype was constructed.In this paper, we present a systematic experimental and theoretical study on the thermal conductivity of GeTe at high tem View SI-Additive Manufacturing of Copper-Diamond Composites for Thermal.