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A constitutive model for tensile behavior of high density polyethylene (HDPE /clay nanocomposite foams was proposed.
The Pukanszky model for tensile strength of polymer nanocomposites was applied, and the dependency of Z to characteristics of constituents and interphase were explained by contour plots.
In this contribution, a model for tensile members based on the Finite Element Method is presented, which takes spatially scattering material properties into account.
In this regard, the simple Pukanszky model for tensile strength of polymer nanocomposites is applied and the dependency of Z to different characteristics of constituents and interphase are illustrated by contour plots.
A model for tensile developed within the framework of Continuum Damage Mechanics that accounts for the effect of the load rate and temperature of the system is proposed and analyzed.
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CI models for tensile strength of tablets based on the formulation design and process parameters have been established.
The starting point is a combination of basic models for tensile stress strain curves and for secondary creep.
Models for tensile and compressive mean stress effects have also been proposed based on the uniaxial test results.
The predicted models for tensile modulus and tensile strength are created by response surface method, and then the functions are optimized by a genetic algorithm code implemented in MATLAB.
This indicates that the FE modeling of SFRC beam specimens using the pertinent parameters gathered from experimental testing are validated and there remains a good agreement as well as it can be used in future SFRC modeling for tensile loading.
The tensile strength and elastic modulus were measured from near the initial set using tensile test apparatus and prediction models for tensile strength and elastic modulus of UHPFRC were proposed.
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CEO of Professional Science Editing for Scientists @ prosciediting.com