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Thermo-mechanical behaviour of spheroidal graphite iron in the austenitic phase
Get PDFThe main objective of this paper is to identify the thermo-mechanical behaviour at high temperature of the spheroidal graphite (SG) iron EN-GJS-700-2. In the rst instance, tensile and compression tests in austenitic phase are performed. These experiments are carried out using Gleeble 3500 system enabling a precise control on testing temperature and strain rate. Indeed, the e ects of these testing parameters on the SG iron behaviour are studied. Furthermore, a numerical inverse method is used to identify the Johnson-Cook constitutive model of this iron. Finally, post-mortem metallography of specimens is analyzed using optical microscopy
SG iNC DOCS FOR Line Today
No full textDocs For Line Has Been Dont Sendt SG iNC
Kami Sangat Menghargai Penolakan Line Today Atas Dokumen Yang Di Berikan. Hanya Karna Tidak Terkenal. SG iNC Sangat Berterimakasih Atas Penolakan Line Today 2021Line Toda
Model2-gradieng-SG-GN-30SAMPLING
No full text The gradient distribution of SG-GN inversion with 30% sampling data. </p
Model1-gradient-SG-GN-1
No full text The gradient distribution of SG-GN inversion with 40% sampling data. The data can use Tecplot to load and draw figures. </p
SG-positive cells do not show MAVS or RIG-I localization in SG during SeV cbVG-high infection.
No full text(A) SG (G3BP1, magenta) and MAVS (yellow) staining in A549 cells 24 hpi with RSV cbVG-high virus MOI 1.5 TCID50/cell. Zoomed in images of SG-positive cells are shown on the right with merge and MAVS and G3BP1 single channel. (B) SG (G3BP1, magenta) and RIG-I (yellow) staining in A549 cells 24 hpi with RSV cbVG-high virus MOI 1.5 TCID50/cell. Zoomed in images of SG-positive cells are shown on the right with merge and RIG-I and G3BP1 single channel. Widefield images at 40× magnification. cbVG, copy-back viral genome; G3BP1, GTPase-activating protein-binding protein 1; hpi, hours postinfection; MAVS, mitochondrial antiviral signaling; MOI, multiplicity of infection; RIG-I, retinoic acid–inducible gene I; RSV, respiratory syncytial virus; SeV, Sendai virus; SG, stress granule. (TIF)</p
Model2-gradient-SG-GN-40 sampling
No full text The gradient distribution of SG-GN inversion with 40% sampling data. </p
SG Resolution - Establishment of a Socially Responsible Investment Advisory Committee (Endorsed by AS 3-22-2018)
No full textSG Resolution - Establishment of a Socially Responsible Investment Advisory Committee (Endorsed by AS 3-22-2018)Academic Senat
SG-positive cells show decreased virus reporter protein expression.
No full textG3BP1-GFP expressing A549 cells infected with rSeV-CmiRF670 reporter virus at MOI 3 TCID50/cell with 20 HAU of supplemented cbVG purified particles, time-lapse microscopy 12–24 hpi, images taken every 30 min at a 40× magnification using a widefield microscope. cbVG, copy-back viral genome; G3BP1, GTPase-activating protein-binding protein 1; HAU, hemagglutination unit; hpi, hours postinfection; MOI, multiplicity of infection; SG, stress granule. (DOCX)</p
The Singapore Nanopore Expression Project (SG-NEx) data pre-release v0.1
No full textPlease refer to https://github.com/GoekeLab/sg-nex-data for detailed description of the SG-NEx projec
SG-positive cells show reduced RSV F protein expression during RSV cbVG-high infection.
No full textSG (G3BP1, magenta) and viral protein (RSV F, yellow) detection in A549 cells 24 hpi with RSV cbVG-high virus at MOI 1.5 TCID50/cell. Zoomed in images of SG-positive cells are shown on the right with merge and RSV F single channel. Widefield image was acquired with the Apotome 2.0 at 63× magnification, scale bar = 50 μm. Measurements of CTCF are shown on the right. Data points represent the average of approximately 50 cells per group. Numerical values plotted can be found in the Supporting information: S1 Data. cbVG, copy-back viral genome; CTCF, corrected total cell fluorescence; G3BP1, GTPase-activating protein-binding protein 1; hpi, hours postinfection; MOI, multiplicity of infection; RSV, respiratory syncytial virus; SG, stress granule. (TIF)</p
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