The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1891 |
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Page 489
... millim . of the point of contact , the highest point being about 5 millim . from the top of the beam . Within this range the effect due to the steel frame may with accuracy be neglected . Experiment 2. A beam of annealed glass , 61 ...
... millim . of the point of contact , the highest point being about 5 millim . from the top of the beam . Within this range the effect due to the steel frame may with accuracy be neglected . Experiment 2. A beam of annealed glass , 61 ...
Page 491
... millim . with this same load will be 141 , since the same shear is produced at 5.2 millim . with 181 lb. as is produced at 4.2 millim . with 147 lb. Hence if the curve of loading is an hyperbola , we should have 147 181 4.2 × 1 = × 5.2 ...
... millim . with this same load will be 141 , since the same shear is produced at 5.2 millim . with 181 lb. as is produced at 4.2 millim . with 147 lb. Hence if the curve of loading is an hyperbola , we should have 147 181 4.2 × 1 = × 5.2 ...
Page 498
... millim . x 19 millim . deep × 5.5 millim . I find this span an to be 73 millim .; hence 73 P = 19 3.84 . θ h Taking 9 at 0-04 millim . , = 0.002 millim . , and neglecting 02 we have h2 , h = 4 x 3.84 × 0.252 = 0.726 . Proposition VI ...
... millim . x 19 millim . deep × 5.5 millim . I find this span an to be 73 millim .; hence 73 P = 19 3.84 . θ h Taking 9 at 0-04 millim . , = 0.002 millim . , and neglecting 02 we have h2 , h = 4 x 3.84 × 0.252 = 0.726 . Proposition VI ...
Contents
FIFTH SERIES | 1 |
JULY 1891 | 17 |
Dr G Gore on Changes of Voltaic Energy of Alloys during | 27 |
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