Typical Tensile Properties

Table 1 Typical tensile properties of isothermal chemical vapor infiltration processed C/SiC...

The nominal chemical composition of some wrought alloys and the typical tensile properties of the alloys in tempers typical of their most common usage are given in Tables 4.19-4.21. 

Table 4.20 Typical tensile properties of representative non-heat-treatable aluminum wrought alloys in various tempersa,b...

Table 4.23 Typical tensile properties of representative aluminum casting alloys in various tempers3...

Table 4.67 Nominal composition, typical tensile properties and characteristics of selected magnesium casting alloys... 

Typical Tensile Properties of Nylon Fibers According to End-Uses... 

Typical Tensile Properties for Commercial Cellulose Acetate and Triacetate Fibers... 

TYPICAL TENSILE PROPERTIES OF ULTRA-HIGH MODULUS ORGANIC FIBRES... 

Table 3.3 Typical tensile properties of cellulose-based fibres.

Table 3.4 Typical tensile properties of cellulose-based films in machine (MD) and transverse (TD) directions.

Carbon Nanofibers Synthesis, Properties and Applications 79 Table 3.1 Typical tensile properties of carbon fibers, CNFs and CNTs. 

Table 2 lists typical tensile properties measured on selected thin (0.5-1.0 mm or 0.02-0.04 in.) sheet materials. The following properties, usually obtained from a tensile test, are used in specifications. 

Table 2 Typical Tensile Properties of Selected Sheet Metals...

Table 9.4 Solvay Solexis Hyflon MFA Typical Tensile Properties at Different Temperatures [12]...

Property and Test Method Hyflon MFA Product and Typical Tensile Properties ... 

Structural adhesives such as epoxy resins can be treated as any rigid polymer and samples can be machined from cast sheets to produce test-pieces. These can then be used to measure typical tensile properties such as failure stress and strain. Using accurate exten-sometry, it is possible to characterize completely the uniaxial properties of an adhesive. The Creep of adhesive joints is especially important for structural adhesives maintained at high temperature. It is possible to determine the creep resistance of such materials by applying suitable loads at an appropriate temperature to samples of the adhesive, and to record the deformation with time. From such data, it will soon be evident if the adhesive is suitable for use or if it will cause a joint to deform with time. It is important to remember that humidity is likely to affect the properties of the adhesive, and in a long-term creep experiment, the humidity could cause premature failure. 

Table 3.1-6 Typical tensile properties and characteristics of selected cast Mg alloys [1.3-5]...

Ti-11 Typical Tensile properties of 25 mm (1 in.) thick beta forged pancakes... 

High-Temperature n 535 Typical tensile properties vs temperature Strength... 

IMI 834 Typical tensile properties after recommended heat treatment (STA)... 

IMI551 Typical tensile properties for various section sizes... 

Typical tensile properties after various heat treatments of small rod, 16 mm diameter (sa in.)... 

Beta Ml Typical tensile properties of wire (see also Fastener/Spring section)... 

Ti-10V-2Fe-3AI Typical tensile properties of various product forms... 

---