Person

Mayara B. Rossini

M.Sc.
photo Rossini Bortolotti, Mayara
Institute of Structural Mechanics and Lightweight Design

Address

Gebäude: 1320

Raum: 405

Wüllnerstraße 7

52062 Aachen

Contact

workPhone
Phone: +49 241 80 96835

Consultation hour

by agreement
 

Research

  1. iBOSS – Intelligent Building Blocks for On-orbit Satellite Servicing
  2. Statischen Analyse: Numerische-/ Versuchsauswertung
  3. Fatigue in Fiber Metal Laminate
 
 

About Ms. Rossini

Mayara Rossini received in September 2015 her master’s degree in Mechanical Aeronautical Engineering at Aeronautics Institute of Technology specializing in Lightweight structures. Miss Rossini won several awards regarding her excellent work as a student. She won in 2013 the Honors Diploma for best student in Materials Engineering during the whole cours e, as well as, the Lavoisier (CRQ-IV), the Fábio Décourt Homem de Melo (ABM) and P rêmio CREA-SP d e F ormação P rofissional. In 200 9, she won the Certificate of Merit to the best school performance in the Materials Engineering Course and the Award in 3rd place in the Contest "Incentives for cleaner production practices" sponsored by Federação das Indústrias do Estado de São Paulo (FIESP). Miss Rossini worked in 2012 as an intern in Process Engineeri ng at TUPY S. A., and was responsible for the development of projects in Lean Manufacturing and continuous improvement on cast iron. From 2010 to 20 12, sh e worked as a Process Engineer Intern at Paranapane ma, and received the task of Reduction of brass and alloys waste in a rolling mill sector. During her education and work she developed profound knowledge on the field of linear and nonlinear finite element analysis, laminated composite material s and adhesive joint. Since 201 3, Miss Rossini is working as researche r at SL A and is responsible for the tasks of fatigue behavio r in Fiber Metal Laminates (FML), Honeycomb structures and assisting furthermore the cours e of Fundamentals of Lightweight Design.

 

Publications

Title Author(s) Year
Numerical and experimental analysis of adhesively bonded stiffened panels subjected to in-plane compression loading. Mayara B. Rossini, Mauricio V. Donadon 2016
Post-buckling behavior of adhesively bonded fiber-metal laminated panels subjected to in-plane compression loading Mayara B. Rossini, Mauricio V. Donadon 2014
Caracterização das propriedades elásticas de um material compósito laminado Mayara B. Rossini, Gigliola Salerno 2013
Análise microestrutural em liga de cobre com zinco e alumínio: liga de cobre e microestruturas Mayara B. Rossini, Francisco A. Filho 2013

 
 
 

Lectures

Lectures Semester
Fundamentals of Lightweight Design (assistent) WS 15/16