Biomateriales

Storyboard

>Model

ID:(358, 0)



Application of Polymers

Image

>Top


ID:(2041, 0)



Applications as Prostheses

Image

>Top


ID:(2042, 0)



Bindings of Structure

Image

>Top


ID:(1756, 0)



bioengineering016

Image

>Top


![bioengineering016](showImage.php)

bioengineering016

ID:(3024, 0)



bioengineering017

Image

>Top


![bioengineering017](showImage.php)

bioengineering017

ID:(3025, 0)



Caloric Capacity of Composite Material

Equation

>Top, >Model


$c=\displaystyle\frac{1}{\rho}\sum_i\rho_ic_if_i$

ID:(4176, 0)



Ceramic Implants

Image

>Top


ID:(1755, 0)



Counducción Thermica Composite Material

Equation

>Top, >Model


$\lambda=\displaystyle\frac{1}{\rho}\sum_i\lambda_i\rho_if_i$

ID:(4177, 0)



Density of the Composite Material

Equation

>Top, >Model


$\rho=\sum_i\rho_if_i$

ID:(4173, 0)



Micro-Particles

Image

>Top


ID:(1757, 0)



Models of Polymer Mechanics

Image

>Top


ID:(2040, 0)



Modulus of Elasticity of Compound Material

Equation

>Top, >Model


$E=\sum_iE_if_i$

ID:(4174, 0)



Prosthesis

Image

>Top


ID:(1754, 0)



Thermal Expansion of Composite Material

Equation

>Top, >Model


$\alpha=\displaystyle\frac{E}{\rho}\sum_i\rho_iE_if_i$

ID:(4175, 0)



Flow Conservation

Description

>Top


ID:(913, 0)