Results 111 to 120 of about 1,690,400 (166)
Machine learning driven optimization of biomedical waste ash concrete for sustainable construction. [PDF]
PLoS OneGeorge C +5 more
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Improving engineering properties of laterite soil using eco-friendly biopolymers: a study on strength and compressibility. [PDF]
Sci RepEbid AM, Banne S, Bobade SU, Sorate R.
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Statistical Analysis on Concrete Strength
Modern Civil and Structural Engineering, 2018 openaire +1 more source
Enhancing tensile strength of 3D-printed wood-PLA composites via a particle swarm optimization framework. [PDF]
PLoS OneBhattacharjee B +7 more
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28-day cement strength prediction via transformer-based feature extraction and XGBoost. [PDF]
PLoS OneJu D +5 more
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Strength Analysis of High Strength Steel Hydraulic Support
Applied Mechanics and Materials, 2012Based on the importance and complex working environment of hydraulic support, welding residual stress (WRS) measurement to main components were carried out respectively by X-ray diffraction and the measured data were further analyzed theoretically.
Shuan Wei Cui, Yi Liang Zhang
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Analysis of Bone-Composite Interfacial Strengths
Biomaterials, Medical Devices, and Artificial Organs, 1981The strength characteristics of the interface between bone and a bone/porous metal composite were analyzed. The metal was 316L stainless steel. The average tensile strength of bone spicules ingrown to the porous metal was 46.5 MPa. This compares to a control bone sample strength of 89.7 MPa.
C M, Davis, J F, Shackelford
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Textile Research Journal, 1947
An analysis has been made of the factors involved in the A.S.T.M. Trapezoid Tear-Strength Test. The tear strength of a fabric measured by this test is dependent mainly on the extensibility of the threads, the breaking strength of the threads, the effective specimen length, and the number of threads per inch of fabric.
O.B. Hager, D.D. Gagliardi, H.B. Walker
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An analysis has been made of the factors involved in the A.S.T.M. Trapezoid Tear-Strength Test. The tear strength of a fabric measured by this test is dependent mainly on the extensibility of the threads, the breaking strength of the threads, the effective specimen length, and the number of threads per inch of fabric.
O.B. Hager, D.D. Gagliardi, H.B. Walker
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Automated collection strength analysis
Proceedings of the 7th ACM/IEEE-CS joint conference on Digital libraries, 2007The strengths within six library collections were automatically determined through automated enrichment and analysis of bibliographic level metadata records, with a view towards efficient resource sharing and collaborative collection management. This involved very large scale deduplicantion, enrichment and automatic reclassification of records using ...
Clare Lllewellyn +2 more
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