Sentence examples for methods for concrete from inspiring English sources
Non-destructive testing methods for concrete structures require statistical validation of reliability model parameters.
Basic and established condition assessment methods for concrete structures are reviewed to configure a firm perception of AE application for enhanced performance and reliability.
European standard EN 1338 2003+AC:2006 that sets forth the basic requirements and test methods for concrete paving blocks does not take into account the performance of concrete products under specific climatic conditions.
In establishing the reliability of performance-related design methods for concrete – which are relevant for resistance against chloride-induced corrosion - long-term experience of local materials and practices and detailed knowledge of the ambient and local micro-climate are critical.
In this study, various retrofit methods for concrete columns with non-seismic reinforcement details were developed and investigated: steel jacketing, carbon fiber reinforced polymer (CFRP) wrapping, concrete jacketing with non-shrinkage mortar, and new concrete jacketing with amorphous metallic fiber (AMF) reinforced concrete.
Classification of test methods for concrete corrosion determination and evaluation were presented in [14].
Due to the presence of the FRP tube, current design methods for concrete-filled steel tubes (CFSTs) or concrete-encased steel (CES) columns are not directly applicable.
Furthermore, a reduction factor method was proposed for the design of concrete-filled RHS columns exposed to 3-sided fire, based on fire safety design methods for concrete-filled RHS columns in uniform fire, which may be more convenient for engineering applications.
Moreover, UPV is an ASTM standard test method for concrete specimens.
Microwave (MW -accelerated curing has eMW -acceleratednovative and popular curing methas for concremergederiass.
Ultimate application of this study is a new testing method for concrete hydraulic fracturing and the stress code for designing high concrete gravity dams (H > 200 m).
