Sentence examples for types of sections from inspiring English sources
Since 1917 in the United States the American National Standards Institute and its predecessors have encouraged this process and published standards for projections, various types of sections, dimensioning and tolerancing, representation of screw threads, all types of fasteners, graphic symbols for various specialties, and a great deal more.
A three-dimensional finite element model is developed for that purpose, which is capable for representing the various types of sections studied and the nonlinear behaviour of the materials at elevated temperatures.
The exact stiffness matrices for five common types of sections, e.g. circular solid, circular hollow, rectangular solid, rectangular hollow and symmetric I sections, are derived using the Hermite interpolation shape function and the co-rotational (CR) description to simplify the derivations and formulations.
The pattern of labeling was very similar on both types of sections and with the three lectins tested (Figs. 1B D).
However, no difference was found between paraffin and cryo-sections, so either saponins have been extracted in the two types of sections (saponins are also soluble in water) or they have not been extracted (possibly because of the fixatives used).
Two types of sections (cryosection and ultra-thin section) were performed.
Two types of section, and different materials, were used to produce the RC beam specimens.
Four typical types of section profiles have been selected for modelling and numerical analysis.
In order to develop a further understanding, numerical analysis was carried out using numerous FE models considering two kinds of aluminum alloy brands, two kinds of section types, nine types of section dimensions and three types of temperatures.
Two types of section were investigated: cold-formed square hollow section and welded H section. Twelve material tensile coupon tests and four stub column tests were conducted to provide the material properties of the specimens.
The material-based damage model is found to reproduce observed component damage in a consistent manner so that calibration of the model is possible for different types of section details (ductile and non-ductile).
