... laboratory tests microcracking petrography weathering pore system stone processing 40 DIMENSION STONE USE IN THE BUILT ENVIRONMENT STP 1628, 2021 / available online at www.astm.org / doi: 10.1520/STP162820190165 Maria H. B. O. Frasc´a1 and Jorge K. Yamamoto2 Investigation of Test Specimen Size...

... the effectiveness of details typically used in wood frame low-rise wall assemblies have shown the degree to which different details manage rainwater intrusion and the extent of fault tolerance of such systems. This paper reports on results obtained from laboratory testing of two sets of wall-window interface...

... configurations are given, and effectiveness of the details is discussed. laboratory tests rainwater intrusion wall-window interface watertightness window installation details wind-driven rain extruded polystyrene foam sheathing flashing Reprinted from JAI, Vol. 6, No. 9 doi:10.1520/JAI101270...

... to be disposed will be very soft with a very low shear strength. As a result, capping of a disposal site with clean sediments will be a challenge and put restrictions on the thickness of the cap and the used placement technique. Simple laboratory tests have been conducted to evaluate the transition of newly...

... Under the Joint Dredging Plan for the Port of New York and New Jersey, New Jersey has committed to using stabilized dredged material for beneficial reuse. Under the short-term planning (1997–2000), an annual average of 1.39 million cubic meters of dredged material must be used. Laboratory tests...

... of field data, inability to match field conditions in the laboratory, and role of modeling in developing a high confidence laboratory-field correlation. Stress-corrosion laboratory tests field performance standard tests non-standard tests correlation validation Russell H. Jones1...

.... elongation geotextile laboratory tests material tests mechanical properties nonwoven tensile strength testing Christopher Elvidge1 and Gerald Raymond2 Wide-Width Strength Test for Nonwoven Geotextiles Without Using Grips Reference: Elvidge, C. and Raymond, G., "Wide-Width Strength Test for Nonwoven...

... There has been considerable interest in automation of geotechnical laboratory testing over the past 20 years, particularly since the introduction of the personal computer. Several papers have been written describing various systems for automating different tests. However, it is not clear how...

... of automated testing in a commercial laboratory. We also identify changes to existing standards and the need for additional standards that we believe would improve the overall efficiency and reliability of automated geotechnical laboratory testing. automation laboratory tests triaxial testing...

... the experiment. The technique offers significant capabilities for field assessment of the condition of steel in concrete structures. corrosion magnetic field NDE concrete reinforcing bars prestressing cables signal processing finite element analysis laboratory tests field tests A1 Ghorbanpoor...

... for to site conditions and allow for comparison of test results from various tests. hydraulic conductivity field tests laboratory tests infiltrometer testing swelling soil suction R. Jeffrey Dunn, I and Bert S. Palmer, 2 LESSONS LEARNED FROM THE APPLICATION OF STANDARD TEST METHODS FOR FIELD...

... of reinforced walls and slopes, for the cases examined. laboratory tests reinforced soils limit equilibrium analysis soil shear strength R. R. Berg, l and J. G. Collin 2 MATERIAL PARAMETERS USED IN DESIGN OF GEOSYNTHETIC REINFORCED SOIL STRUCTURES REFERENCE: Berg, R. R., and Collin, J. G.; "Material...

... under field conditions. Based on the results of the three phases of investigations it was concluded that final covers incorporating geomembranes can be designed and constructed for slopes of 25 percent. landfill final covers geomembranes stability friction tests laboratory tests field tests...

... in field tests on the same materials. The operational scale of most laboratory methods is much smaller than the operational scale of most field problems, and laboratory tests, although often logistically and financially attractive, may be of little value in characterizing the hydraulic conductivity...

... of EC failures. The instruments are described and their characteristics compared. The results obtained in several environments are presented and their significance discussed. corrosion erosion-corrosion monitoring electrochemical techniques slurries laboratory tests plant tests instruments...

... cracking tests which reflect both corrosion mechanism factors and application requirements. review sulfide stress cracking (SSC) oil industry laboratory tests tension test bent beam test double-cantilever-beam test (DCB) C-ring test slow strain rate test hydrogen sulfide low alloy steels...

... in this paper, which emphasizes the necessity of adapting and integrating the usual geotechnical tools, also with the aid of a comprehensive performance monitoring program. geotechnical engineering waste classification laboratory tests field tests landfill compaction settlements case history...

... Laboratory tests of oil spill dispersant effectiveness are used around the world to select dispersants for application to specific oils. These tests are presumed, by some, to represent real sea conditions and to provide the user with a result that is representative if not identical to a real...

... percentage. hazardous wastes acceptance testing solidification stabilization cone penetrometer permeability sample preparation laboratory tests leaching tests Philip E. Rushbrook,~ Grant Baldwin, t and Christopher B. Dent I A Quality-Assurance Procedure for Use at Treatment Plants to Predict...

..., components, and materials. It has spanned a wide range of regimes, from development of theory and a computer model, to laboratory tests on materials and walls, through test hut design and monitoring, to field surveys. The published theory has been found wanting, in many cases. Designers, builders...