compression strength การใช้

• :You seem to be talking about compression strength, so I would say no.
• AAC's low density also accounts for its low structural compression strength.
• These improve the paper's compression strength, bursting strength, tensile breaking strength, and delamination resistance.
• These skins are normally permeable to gas, and collapse is prevented by their compression strength.
• Advanced testing tests for other parameters, such as splitting strength, shear strength, and high-temperature compression strength.
• Compression strength versus temperature ( room temperature to 500 degrees farenheit ) would be an added bonus.
• The compression strength of properly made CEB can meet or exceed that of typical cement or mud brick.
• In the 1990s and 2000s, composites were greatly improved and have a compression strength sufficient for use in posterior teeth.
• Edge finishing and delamination effects induced during abrasive waterjet machining on the compression strength of a graphite / epoxy composite.
• Like for example, we use reinforced concrete in buildings because it has high compression strength, low heat conduction, among others.
• Addition of short-cut polymer fibers can improve ( reduce ) shrinkage-induced stresses during curing and increase early and ultimate compression strength.
• The materials used in the construction of the cathedral consisted of special bricks, light in weight and with good compression strength.
• Would a buckyball have better compression strength due to its shape ? talk ) 22 : 00, 27 November 2007 ( UTC)
• Compression strength can be estimated based on container construction, size, and use parameters : actual package testing is often conducted to verify these estimates.
• Once it is placed in the body, the material hardens within 10 minutes and reaches the compression strength of natural bone within 12 hours.
• The compression strength of the rammed earth increases as it cures; it takes some time to dry out, as much as two years for complete curing.
• There have been efforts to estimate the compression strength of a box ( usually empty, regular singlewall slotted containers, top-to-bottom ) based on various board properties.
• The wood is ranked moderate in heaviness, hardness, and stiffness, and moderately low in shrinkage, bending, and compression strength; it is ranked moderately high in shock resistance.
• It has a Young's modulus of approximately 530 700 GPa, It has an ultimate tensile strength of 344 MPa, an ultimate compression strength of about 2.7 GPa and a Poisson's ratio of 0.31.
• The basic tests measure the following parameters : wet tensile strength, cone jolt, mouldability, friability, moisture content, permeability, green compression strength, compatibility, loss on ignition, volatiles content, grain size & distribution, dust ( dead clay ) content, and active clay content, impact strength.