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Online since: September 2013
Authors: U.J. Udosen, O. Odeghe
Pen tablet usage also reduced overall muscular activity in the arm, resulting in confirmed reduction of muscle stress in that area of the body.
This information is then processed into the communication data packet and then transmitted to the PC.
The micro controller in turn receives the data and extracts the movement/displacement information of the X/Y axes and then sends the data to the PC (which is the Host).
Reduction in the time required to type a document has many advantages.
Osinga, A study on preventing RSI: the effect of data entry and pointing devices on posture, physical discomfort and fatigue in VDU workers, Ergonomics Journal, 1997, 22(3) 80-86
This information is then processed into the communication data packet and then transmitted to the PC.
The micro controller in turn receives the data and extracts the movement/displacement information of the X/Y axes and then sends the data to the PC (which is the Host).
Reduction in the time required to type a document has many advantages.
Osinga, A study on preventing RSI: the effect of data entry and pointing devices on posture, physical discomfort and fatigue in VDU workers, Ergonomics Journal, 1997, 22(3) 80-86
Online since: August 2003
Authors: A. Maddalena, Stefano Gialanella, M. Meyer, G. Principi
X-ray diffraction patterns were acquired with a Bragg-Brentano geometry and data analysed
using a full-pattern fitting program based on the Rietveld method [19].
The XRD data of Fig. 3b) show that a partially ordered structure is still there after 96 h of milling, although a significant peak broadening suggests the occurrence of a drastic reduction in the average crystallite size and of an increase in the lattice microstrain.
There is a complete agreement between XRD (Fig. 3b) and Mössbauer (Fig. 3a) data in the case of Fe59Al24Cr1Si16 composition, which almost completely consists of a B2 phase.
In the case of the Fe64Al26Cr1Si8 composition, both XRD and Mössbauer data indicate that the structure produced by mechanical alloying is a disordered Fe-Al-Si bcc random solid solution.
After thermal annealing the Mössbauer spectrum of the Fe64Al26Cr1Si8 sample displays a sharper magnetic distribution shifted to higher values of hyperfine magnetic field, indicating a reduction in the number of configurations for the Fe atoms in the bcc structure.
The XRD data of Fig. 3b) show that a partially ordered structure is still there after 96 h of milling, although a significant peak broadening suggests the occurrence of a drastic reduction in the average crystallite size and of an increase in the lattice microstrain.
There is a complete agreement between XRD (Fig. 3b) and Mössbauer (Fig. 3a) data in the case of Fe59Al24Cr1Si16 composition, which almost completely consists of a B2 phase.
In the case of the Fe64Al26Cr1Si8 composition, both XRD and Mössbauer data indicate that the structure produced by mechanical alloying is a disordered Fe-Al-Si bcc random solid solution.
After thermal annealing the Mössbauer spectrum of the Fe64Al26Cr1Si8 sample displays a sharper magnetic distribution shifted to higher values of hyperfine magnetic field, indicating a reduction in the number of configurations for the Fe atoms in the bcc structure.
Online since: October 2015
Authors: Frank Vollertsen, Gerrit Behrens, Stefan Veenaas, Konstantin Kröger
In addition, a higher local resolution can be achieved which improves the data base needed for micro deep drawing simulation.
In order to get sufficient data within tests of one geometry only three specimen geometries (G1; G4; G7) for the Al-Zr-foil are investigated.
Figure 1: Experimental setup and geometry of the test specimens Determination of the forming limit For analysis of the strain measurement data the testing method of the ISO 12004 standard is adapted.
From the major and minor strain, the thickness reduction can be calculated.
The accuracy of this method is determined by one single data point of the strain measurement.
In order to get sufficient data within tests of one geometry only three specimen geometries (G1; G4; G7) for the Al-Zr-foil are investigated.
Figure 1: Experimental setup and geometry of the test specimens Determination of the forming limit For analysis of the strain measurement data the testing method of the ISO 12004 standard is adapted.
From the major and minor strain, the thickness reduction can be calculated.
The accuracy of this method is determined by one single data point of the strain measurement.
Online since: August 2013
Authors: Li Xin Wang, Ming Yue Guo, Yu Guo
It is a complex and fallible work to create 2D assembly drawing because of its tremendous data information.
There will be data redundancy, conflicts if the demand of upstream product design changes frequently and data conversion function deficiency among 3D CAD software.
Thus 2D data and 3D data will be different which would hold back the development of manufacturing industry informatization.
It possesses unparalleled advantages on product efficiency, cost reduction and data uniqueness compared with conventional design method.
x=b11,0,w [5] ISO 16792-2006, Technical product documentation -Digital product definition data practices [S]
There will be data redundancy, conflicts if the demand of upstream product design changes frequently and data conversion function deficiency among 3D CAD software.
Thus 2D data and 3D data will be different which would hold back the development of manufacturing industry informatization.
It possesses unparalleled advantages on product efficiency, cost reduction and data uniqueness compared with conventional design method.
x=b11,0,w [5] ISO 16792-2006, Technical product documentation -Digital product definition data practices [S]
Online since: November 2016
Authors: Eno E. Ebenso, Abolanle S. Adekunle, Diseko Boikanyo
The experimental data was fitted satisfactorily using the Randles equivalent circuit.
Table 3: Impedance data obtained for the modified electrodes in 5mM [Fe(CN)6]-3/-4 in 0.1 M PBS (pH 7) solution at a fixed potential of 0.2 V (vs Ag|AgCl, sat’d KCl).
The impedance data were reasonably fitted with an equivalent circuit.
Table 4: Impedance data obtained for the modified electrodes in 16 nM Pyrene solution in 1 M HCl at a fixed potential of 1.3 V (vs Ag|AgCl, sat’d KCl).
The EIS data obtained from fitting the equivalent circuit was obtained after several iterations.
Table 3: Impedance data obtained for the modified electrodes in 5mM [Fe(CN)6]-3/-4 in 0.1 M PBS (pH 7) solution at a fixed potential of 0.2 V (vs Ag|AgCl, sat’d KCl).
The impedance data were reasonably fitted with an equivalent circuit.
Table 4: Impedance data obtained for the modified electrodes in 16 nM Pyrene solution in 1 M HCl at a fixed potential of 1.3 V (vs Ag|AgCl, sat’d KCl).
The EIS data obtained from fitting the equivalent circuit was obtained after several iterations.
Online since: February 2013
Authors: B.L. Ahuja, Y. Sakurai, K.R. Priolkar, M. Itou, H.S. Mund, J. Sahariya, N. Lobo, Alpa Dashora
Due to small differences in intensities, both data are indistinguishable (b) selective view of spectrum as marked in part (a) by a circle and (c) raw MCP (majority – minority) data.
The data were also converted from energy to momentum scale.
The total best-fit curve is shown as a solid line through the experimental data points.
Data Nucl.
Data Tables 16 (1975) 201-308
The data were also converted from energy to momentum scale.
The total best-fit curve is shown as a solid line through the experimental data points.
Data Nucl.
Data Tables 16 (1975) 201-308
Online since: August 2013
Authors: Stelian Cornel Florica, George Drăghici
Such methods are based on collaborative engineering enabling close exchanges of data and information between different platforms and teams.
This data can consist of specifications, drawings, CAD models and lots of other intellectual property.
Without the ability to control product data, the designers from different locations who work for the same project will use different variations of the same data, which can result inconsistent designs.
Windchill PDM software monitors the changes of technical data by storing master data in a secure area where its integrity can be assured and all changes of these data are monitored, controlled, and recorded.
All data and projects that the user is creating using platform applications will be kept on its server with no risk of loss or destruction of information.
This data can consist of specifications, drawings, CAD models and lots of other intellectual property.
Without the ability to control product data, the designers from different locations who work for the same project will use different variations of the same data, which can result inconsistent designs.
Windchill PDM software monitors the changes of technical data by storing master data in a secure area where its integrity can be assured and all changes of these data are monitored, controlled, and recorded.
All data and projects that the user is creating using platform applications will be kept on its server with no risk of loss or destruction of information.
Online since: November 2014
Authors: Yu Tao Xu, Dan Jiang, Jian Feng Ren, Xian Ping Zhao, Shu Tao Zhao
The main function of PC is to complete the data processing of acquisited signal and the state test.
The main interface as shown in Figure 2. 2 Design of the data processing module 2.1 data read and display The signal processing circuit breaker system of this paper achieved circuit breaker switch signals of offline analysis.
The program of reading the test data showed in Figure 3 (a).
Send the processed data to ELM for state identification and fault diagnosis, the results shown in Figure 6.
Fig5 Data processing interface Fig6 Diagnostic results of ELM Category labels 1 represents the normal state and the test samples numbered 1-10.
The main interface as shown in Figure 2. 2 Design of the data processing module 2.1 data read and display The signal processing circuit breaker system of this paper achieved circuit breaker switch signals of offline analysis.
The program of reading the test data showed in Figure 3 (a).
Send the processed data to ELM for state identification and fault diagnosis, the results shown in Figure 6.
Fig5 Data processing interface Fig6 Diagnostic results of ELM Category labels 1 represents the normal state and the test samples numbered 1-10.
Online since: June 2009
Authors: Hideaki Tanaka, Hiromu Chiba, Yukio Maeda
Analysis using high-field transfer curves after deliberate
scratching with an atomic force microscope (AFM) identified changes in the magnetization of the
head and a reduction in pinning strength, which is a magnetic performance indicator.
This data also confirms that a scratch measuring more than 6 nm in depth can stress the nickel-iron alloy to a depth of 100nm.
For a GMR head, it is defined as the magnetic field value corresponding to a 50% reduction in the resistance in the high-field transfer curve (see Fig. 12(a)).
This data also confirms that a scratch measuring more than 6 nm in depth can stress the nickel-iron alloy to a depth of 100nm.
For a GMR head, it is defined as the magnetic field value corresponding to a 50% reduction in the resistance in the high-field transfer curve (see Fig. 12(a)).
Online since: September 2017
Authors: Lucia Figuli, Daniela Štaffenova
The first step of valuable blast protection design is collaborate to risk analysis and consequently risk assessment as a basic data for blast load estimation.
Comparing effectiveness of various retrofit technique based on the experimental and numerical data obtained in previous researches of various authors is very challenging.
With the huge difficulties is possible to compare selected methods due to the different in put data.
Unique data which can be approximately compared are presented in the Table 1.
The below table indicates a resistance increase of concrete wall expressed from the collected data stating the percentage damage due to blast loads in [4].
Comparing effectiveness of various retrofit technique based on the experimental and numerical data obtained in previous researches of various authors is very challenging.
With the huge difficulties is possible to compare selected methods due to the different in put data.
Unique data which can be approximately compared are presented in the Table 1.
The below table indicates a resistance increase of concrete wall expressed from the collected data stating the percentage damage due to blast loads in [4].