T_get

Calculating the adiabatic heating effect.

internals

Provides a simple approach for constructing dynamic materials
modeling suggested by Prasad and Gegel (1984) <doi:10.1007/BF02664902>. It
can easily generate various processing-maps based on this model as well. The
calculation result in this package contains full materials constants, information
about power dissipation efficiency factor, and rheological properties, can
be exported completely also, through which further analysis and customized
plots will be applicable as well.

Chen Zhang 

TPMplt

Tool-Kit for Dynamic Materials Model and Thermal Processing Maps

Chen Zhang

Huakang Bian

Kenta Yamanaka

Akihiko Chiba

T_get function

<dl><dt>x</dt>
<dd>A data frame with <code>VBTree</code> style. Pay attention, all factors
in column names should be separated by "-" symbol, and factors for temperatures and strain rates should be
saved in pure numeric style.</dd>
<dt>eta1</dt>
<dd>Efficiency of deformation heating.</dd>
<dt>rho1</dt>
<dd>Density of materials, unit is g/cm^3.</dd>
<dt>c1</dt>
<dd>Heat capacity of materials, unit is J/(kg*K).</dd>
<dt>ACorrect1</dt>
<dd>Coefficient to modify for density or heat capacity using different units. Default value
is 1.</dd>
<dt>manual1</dt>
<dd>An integer vector with the length of 3 where the 1st element denotes the layer for Stress and Strain,
the 2nd and 3rd elements represent the levels for Strain and Stress, respectively. The default setting is NULL, which
can call the function <code>lyIDdetector</code> for automatical completion this vector.</dd></dl>

Arguments

Calculating the adiabatic heating effect. — T_get

<dl>

<dt>x</dt>
<dd>A data frame with <code>VBTree</code> style. Pay attention, all factors
in column names should be separated by "-" symbol, and factors for temperatures and strain rates should be
saved in pure numeric style.</dd>


<dt>eta1</dt>
<dd>Efficiency of deformation heating.</dd>


<dt>rho1</dt>
<dd>Density of materials, unit is g/cm^3.</dd>


<dt>c1</dt>
<dd>Heat capacity of materials, unit is J/(kg*K).</dd>


<dt>ACorrect1</dt>
<dd>Coefficient to modify for density or heat capacity using different units. Default value
is 1.</dd>


<dt>manual1</dt>
<dd>An integer vector with the length of 3 where the 1st element denotes the layer for Stress and Strain,
the 2nd and 3rd elements represent the levels for Strain and Stress, respectively. The default setting is NULL, which
can call the function <code>lyIDdetector</code> for automatical completion this vector.</dd>

</dl>

T_get: Calculating the adiabatic heating effect.

Description

Usage

Value

Arguments

Examples