pmodels

 1'''
 2Package: PModels
 3----------------
 4* Collection of models to predict properties of polymer systems.
 5* The polymer systems = polymer blends and polymer composites.
 6* The final system properties
 7  are estimated from the properties of individual components. 
 8
 9Ultra-brief example
10
11>>> # Standard import of PModels package
12>>> import pmodels as pm
13>>> # Predict elastic modulus (E)
14>>> # of a binary isotropic blend with composition 50/50
15>>> # and moduli of the individual components E1 = 1 GPa and E2 = 3 GPa
16>>> E_lin = pm.lin.P(1, 3, 0.5)  # linear model prediction   => E_lin = 2.00
17>>> E_ebm = pm.ebm.E(1, 3, 0.5)  # EBM model, default params => E_ebm = 1.70
18
19List of modules = predictive models
20
21* pmodels.lin = LINear model
22    - arbitrary systems, arbitrary property (P), linear prediction
23* pmodels.ebm = Equivalent Box Model
24    - isotropic polymer blends, modulus (E) or yield stress (Y), non-linear
25* pmodels.ht = Halpin-Tsai equations
26    - polymer composites with 0D/1D/2D fillers, modulus (E) 
27* pmodels.comp = equations for polymer composites
28    - polymer composites with fillers with/without interfacial adhesion
29'''
30
31__version__ = '0.4'
32
33# The following command enables to use all submodules as follows:
34# >>> from pmodels import *
35# >>> E_lin = lin.P(1,3,0.5)
36# >>> E_ebm = ebm.E(1,3,0.5)
37__all__ = ['lin', 'ht', 'ebm', 'comp']
38
39# The following block of commands enables to use all submodules as follows:
40# >>> import pmodels as pm
41# >>> E_lin = pm.lin.P(1,3,0.5)
42# >>> E_ebm = pm.ebm.E(1,3,0.5)
43import pmodels.lin
44import pmodels.ht
45import pmodels.ebm
46import pmodels.comp