ABOUT ME

RESEARCH

TEACHING

LINKS

 

 
 About me
 Education
 Curriculum Vitae
 Teaching
 Professional Activities
 
 
 
 
 










 




 





 

 website counter
 website counter
 Since April 03, 2008

 


ALEJANDRO A. ORTIZ BERNARDIN
Ph.D., University of California, Davis

Assistant Professor
Department of Mechanical Engineering
University of Chile
Av. Beauchef 850, Santiago
8370448, Chile

Phone: +56 (2) 9784664
Fax: +56 (2) 6896057
E-mail: aortizb-at-ing.uchile.cl

 

 

I am a faculty member in the Department of Mechanical Engineering at the University of Chile. My current research interests involve computational solid mechanics, computational biomechanics, and unconventional numerical methods for solving partial differential equations such as meshfree methods, partition of unity methods and isogeometric analysis. I am also interested in object-oriented programming in scientific computing.

I am a former engineer of several companies related to mining industry in Chile, where I got expertise in mechanical design, structural analysis and finite element analysis of mining and industrial equipment. My design expertise includes solid-liquid separation equipment, industrial tanks and pressure vessels. I have also conducted finite element analysis in mining equipment such as bucket-wheel excavators, chutes, belt conveyor structures and ball mills.

News
--------
March 14, 2012: I have updated my Matlab maxent basis functions code.

February 6, 2012: I acquired an AMD Opteron Server, which consists of 64 physical cores of 2.1GHz each with a total of 128 GB of compute RAM. It is named 'The Mentor Server'.

February 1, 2012: We are accepting applications for three tenure-track faculty positions in the Department of Mechanical Engineering

January 21, 2012: I have updated my Matlab maxent basis functions code.

September 30, 2011: I was awarded a grant funded by the National Fund for Scientific and Technological Development
(FONDECYT) of the Chilean Ministry of Education for the Research Project entitled: "Development and Assessment of An Efficient Numerical Method for Simulation of Nearly Incompressible Large Deformations Problems in Solid Mechanics".
 

Last Update: 03/14/2012