Published Data
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Publication Figures
Publication Date:
2019-03-13
First Author:
David Andres
Title:
Application Of The Small Punch Test In Combination With The Master Curve Approach For The Characterisation Of The Ductile To Brittle Transition Region
Paper Identifier:
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| Figure Reference | Title | Description | Number of Figure Data Items | Identifier | Download Figure Details | ||
|---|---|---|---|---|---|---|---|
| Figure 1 | Figure 1 | SMALL PUNCH SPECIMENS MODIFIED WITH A NOTCH TO ESTIMATE FRACTURE TOUGHNESS [19]: A) CENTRAL NOTCH [16], B) BLIND LONGITUDINAL NOTCH [17], C) LATERAL NOTCH [9, 10], D) CIRCULAR NOTCH [18]. | 0 | CF/18/158 | Download | ||
| Figure 2 | Figure 2 | ADJUSTABLE LOWER DIE [20]. | 0 | CF/18/159 | Download | ||
| Table 1 | Table 1 | CHEMICAL COMPOSITION OF THE STEELS ANALYSED (% WEIGHT) [21-23]. | 0 | CF/18/160 | Download | ||
| Figure 2 | Table 2 | MECHANICAL PROPERTIES OF THE ANALYSED MATERIALS [21-23] | 0 | CF/18/161 | Download | ||
| Figure 3 | Figure 3 | IMAGE OF AN INTERRUPTED TEST AND CORRESPONDENT FINITE ELEMENT SIMULATION SHOWING THE DEFORMATION EXPERIENCED BY THE NOTCH DURING THE TEST [13]. | 0 | CF/18/162 | Download | ||
| Figure 4 | Figure 4 | FORCE-DISPLACEMENT CURVE OF SMALL PUNCH TEST ON A NOTCHED SPECIMEN, ON WHICH THE CRACK INITIATION HAS BEEN IDENTIFIED: A) WHOLE CURVE, B) DETAIL OF THE ABRUPT CHANGE OF THE SLOPE. | 0 | CF/18/163 | Download | ||
| Figure 5 | Figure 5 | ?SP-PUNCH TIP DISPLACEMENT CURVE OBTAINED FOR A 4.4 MM-LENGTH NOTCH BY MEANS OF FINITE ELEMENT SIMULATIONS. | 0 | CF/18/164 | Download | ||
| Figure 6 | Figure 6 | FORCE-DISPLACEMENT CURVES OBTAINED FOR A533B PLATE. | 1 | CF/18/165 | Download | ||
| Figure 7 | Figure 7 | FORCE-DISPLACEMENT CURVES OBTAINED FOR S275JR. | 1 | CF/18/167 | Download | ||
| Figure 8 | Figure 8 | FORCE-DISPLACEMENT CURVES OBTAINED FOR S460M | 1 | CF/18/169 | Download | ||
| Figure 9 | Figure 9 | FORCE-DISPLACEMENT CURVES OBTAINED FOR S690Q | 1 | CF/18/171 | Download | ||
| Figure 10 | Figure 10 | DETAIL OF A RUPTURED SMALL PUNCH SPECIMEN OF S690Q. THE DEFORMATION OF THE NOTCH CAN BE SEEN, WHICH HAS LED TO THE INITIATION OF A CRACK. | 0 | CF/18/173 | Download | ||
| Figure 11 | Figure 11 | A) DETAIL OF A RUPTURED SMALL PUNCH SPECIMEN THAT EXPERIENCED A SUDDEN LOAD DROP AT RUPTURE, B) DETAIL OF A RUPTURED SMALL PUNCH SPECIMEN THAT EXPERIENCED A DISCONUITY ON THE SLOPE AT MAXIMUM FORCE, C) DETAIL OF A RUPTURED SMALL PUNCH SPECIMEN AT ROOM TEMPERATURE. | 0 | CF/18/174 | Download | ||
| Table 3 | Table 3 | RESULTS OBTAINED FROM THE SMALL PUNCH TESTS PERFORMED. | 0 | CF/18/175 | Download | ||
| Figure 12 | Figure 12 | SMALL PUNCH MASTER CURVES OF A533B PLATE FOR 5, 50 AND 95% FAILURE PROBABILITIES. | 0 | CF/18/176 | Download | ||
| Figure 13 | Figure 13 | SMALL PUNCH MASTER CURVES OF S275JR PLATE FOR 5, 50 AND 95% FAILURE PROBABILITIES | 0 | CF/18/177 | Download | ||
| Figure 14 | Figure 14 | SMALL PUNCH MASTER CURVES OF S460M PLATE FOR 5, 50 AND 95% FAILURE PROBABILITIES. | 0 | CF/18/178 | Download | ||
| Figure 15 | Figure 15 | SMALL PUNCH MASTER CURVES OF S690Q PLATE FOR 5, 50 AND 95% FAILURE PROBABILITIES. | 0 | CF/18/179 | Download | ||
| Table 4 | Table 4 | SMALL PUNCH REFERENCE TEMPERATURE VALUES OBTAINED FOR EACH MATERIAL | 0 | CF/18/180 | Download | ||
| Figure 16 | Figure 16 | RELATIONSHIP BETWEEN THE REFERENCE TERMPERATURE OBTAINED BY MEANS OF SMALL PUNCH TESTS AND BY MEANS OF FULL SCALE CONVENTIONAL TESTING TECHNIQUES. | 0 | CF/18/181 | Download | ||
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