Anderson Renato Vobornik Wolenski

Dr. Anderson Renato Vobornik Wolenski

orcid

Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
30 March 2021 in European Journal of Wood and Wood Products
Verified
Journal Article
Closed access
PDF file
JTJulia Naves Teixeira
Julia Naves Teixeira
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
VAVinicius Borges Moura Aquino
Vinicius Borges Moura Aquino
Tulio Hallak PanzeraTulio Hallak Panzera
Tulio Hallak Panzera
WFWalter Leal Filho
Walter Leal Filho
André Luis ChristoforoAndré Luis Christoforo
André Luis Christoforo

1 December 2017 in Advances in Engineering Software
Verified
Journal Article
Closed access
AMA.B. Monteiro
A.B. Monteiro
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
FBF.B. Barros
F.B. Barros
RPR.L.S. Pitangueira
R.L.S. Pitangueira
SPS.S. Penna
S.S. Penna

24 March 2020 in European Journal of Wood and Wood Products
Verified
Journal Article
Closed access
PDF file
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
RPRodrigo Guerra Peixoto
Rodrigo Guerra Peixoto
VAVinicius Borges Moura Aquino
Vinicius Borges Moura Aquino
ACAndré Luís Christoforo
André Luís Christoforo
FLFrancisco Antonio Rocco Lahr
Francisco Antonio Rocco Lahr
TPTúlio Hallak Panzera
Túlio Hallak Panzera

1 December 2015 in Revista IBRACON de Estruturas e Materiais
Verified
Journal Article
Open access
PDF file
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
SCS. S. DE Castro
S. S. DE Castro
SPS. S. Penna
S. S. Penna
RPR. L. S. Pitangueira
R. L. S. Pitangueira
BSB. V. Silva
B. V. Silva
MBM. P. Barbosa
M. P. Barbosa
The modeling of reinforced concrete structures has taken advantage of the increasing progress on Computational Mechanics, in such way that complex phenomena, such as cracking and crushing, creep, reinforcement yielding, steel-concrete bond loss, can be modeled in a reasonable realistic way, using the proper set of numerical and computational resources. Among several options, the ones based on the Finite Element Method (FEM) allow complex analysis simulations of reinforced concrete structures, including the interaction of different nonlinear effects. This paper deals with the nonlinear finite element analysis of the bond-slip between reinforcing steel and concrete, taking into account an experimental study previously performed. The FEM analysis presented uses a combination of resources where the material behavior of concrete is described by the Microplane Constitutive Model, and an embedded reinforcement model is used to represent steel inside the concrete and take into account the effect of bond-slip. The FEM models were created using the INSANE (INteractive Structural ANalysis Environment) computational system, open source software that has a set of FEM tools for nonlinear analysis of reinforced concrete structures. The correlations between numerical-experimentals results and several parameters validate the proposed combination of resources and identifies the significance of various effects on the response.

1 June 2020 in Ambiente Construído
Verified
Journal Article
Open access
PDF file
JAJoão Paulo Boff Almeida
João Paulo Boff Almeida
NCNatalia Garcia Couto
Natalia Garcia Couto
VAVinicius Borges Moura Aquino
Vinicius Borges Moura Aquino
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
RPRodrigo Guerra Peixoto
Rodrigo Guerra Peixoto
FLFrancisco Antonio Rocco Lahr
Francisco Antonio Rocco Lahr
Resumo No Brasil, o documento normativo NBR 7190 (ABNT, 1997) estabelece os métodos de ensaio para obtenção das propriedades físico-mecânicas da madeira. Na impossibilidade da determinação dos resultados experimentais, a norma estabelece relações entre propriedades. Porém as relações entre as propriedades de rigidez apresentadas foram determinadas com base no antigo referencial normativo MB-26:1940 (NBR 6230), que considerava outro modelo de cálculo e não ao utilizado pela norma brasileira. Nesse contexto, este trabalho objetivou investigar a equivalência entre os módulos de elasticidade na flexão (EM), compressão (Ec0) e tração (Et0) paralela às fibras de dez espécies de madeiras tropicais, assim como de estabelecer correlações adequadas entre tais propriedades em caso de não equivalência. Os resultados da ANOVA acusaram que Ec0 e Et0 são estatisticamente equivalentes, o mesmo não ocorreu entre EM e 0,90∙Ec0, implicando a determinação do coeficiente ótimo de 0,98 pelo método dos mínimos quadrados. Tal coeficiente mostrou ser 8,89% superior ao apresentado pela norma brasileira.

7 January 2020 in Journal of the Brazilian Society of Mechanical Sciences and Engineering
Verified
Journal Article
Closed access
PDF file
AWAnderson Renato Vobornik Wolenski
Anderson Renato Vobornik Wolenski
AMAnelize Borges Monteiro
Anelize Borges Monteiro
SPSamuel Silva Penna
Samuel Silva Penna
RPRoque Luiz da Silva Pitangueira
Roque Luiz da Silva Pitangueira
FBFelício Bruzzi Barros
Felício Bruzzi Barros