FÁBIO HENRIQUE DERMENDJIAN

Formação complementar

Idiomas

Áreas de atuação

Participação em eventos

Participação em bancas

Produções bibliográficas

• BUENO, ÁTILA M. ; SERNI, PAULO J. A. ; MACHADO, RODOLFO G. ; DERMENDJIAN, FÁBIO H. ; BALTHAZAR, JOSÉ M. . Robust Control and Co-simulation of a Multivariable Nonlinear Liquid Level Control System. Journal Of Vibration Engineering & Technologies , v. 10, p. 2049-2060, 2022.

• DE ASSIS, EDGARD MARCELO ; KURAUCHI, RICARDO ; GIROLA, DANILO ; DERMENDJIAN, FÁBIO HENRIQUE ; LON, LIAO DAI ; RIBEIRO, JOSE CELSO MARGONATO ; PILL, TIAGO AUGUSTO . Ideal Drive-by-Wire Response in Diesel Engines. In: SAE Brasil 2005 Congress and Exhibit, 2005, São Paulo, 2005.

• DERMENDJIAN, FÁBIO HENRIQUE ; BUENO, A. M. ; MACHADO, R. G. ; SERNI, P. J. A. ; BALTHAZAR, J. M. . LQG/LTR Control of a three tank level system. In: XV Vetomac, 2019, Curitiba. 15th INTERNATIONAL CONFERENCE ON VIBRATION ENGINEERING AND TECHNOLOGY OF MACHINERY. Curitiba, 2019. v. 1. p. 114-115.

• DERMENDJIAN, FÁBIO HENRIQUE . PCCN Fundamentals. 2017. .

Projetos de pesquisa

• 2002 - 2002

  Testing and Experimental evaluation on an ice ball bench, Projeto certificado pelo(a) coordenador(a) Kamal Abdel Radi Ismail em 04/04/2021., Descrição: The study of an ice ball bench has fundamental importance when seeking for energy consumption solutions, mainly on central air-conditioning systems. This project will discourse about two main topics: viability analysis for using an ice ball bench system and the optimized balls size to provide the better relation of Recovered Energy x Stored Energy. https://www.prp.unicamp.br/pibic/congressos/xcongresso/pdfN/663.pdf. , Situação: Concluído; Natureza: Pesquisa. , Integrantes: Fábio Henrique Dermendjian - Integrante / Kamal Abdel Radi Ismail - Coordenador.

Projetos de desenvolvimento

• 2018 - 2020

  Design and implementation of LQG/LTR controller in real time for a coupled three tank system, Projeto certificado pelo(a) coordenador(a) Atila Madureira Bueno em 01/04/2021., Descrição: Nonlinear multivariable control systems, plays a major role in the scope of automation and control of industrial processes. The requirements of process control such as, stability, fast transient response, precision, damping, result in the need of robust processes of nonlinear controller designs. It?s proposed through this project the development of a LQG/LTR controller of a MIMO system, to manage in real-time, the level of the central tank, on a three tank system, while keeping the level difference between the left and the right tanks on a specified height (set point). This will be performed through a coupled system consisting on data acquisition and a prototype in reduced scale on where it is possible supplying water to the left and the right tanks with individual pumps. There are connection valves between the tanks and a return valve which connects the right tank to the reservoir. As a contribution of this project, we expect a control logic that could be efficiently implemented on equal or similar systems at real scale, bringing safety, comfort, planning and mainly actuation reliability. As a result of this work, we were able to demonstrate the efficiency and applicability of this type of controller for multivariable and non-linear systems as well as exposing the great benefits of its implementation, thus opening the way for new developments in this regard. http://hdl.handle.net/11449/202650. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Fábio Henrique Dermendjian - Integrante / Átila Madureira Bueno - Coordenador.

• 2003 - 2003

  Computational modeling and analysis of vapor turbine efficiency on combined cycles, Descrição: One of the most important factors for the continuity of humanity is undoubtedly the energy that moves the world. It is because of this, that in many colleges and universities there is too much emphasis on matters related to this area. The study and analysis of the efficiency of thermal cycles becomes more and more detailed. Man, increasingly seeks to make the most of the energy that a facility can provide. This work shows in some aspects the importance of studying the value of the efficiency of a thermal cycle, and the ideas that have appeared for these values to become higher and higher. One of these novelties, which is emerging with the development and growth of the use of natural gas, are the cycles combined with HRSG (Heat Recovery Steam Generator). This system has a higher efficiency than a common cycle with the same equipment. As unfortunately, we cannot always work in the design conditions, which are the ideal conditions for which these machines were designed, was developed through computer modeling a program capable of evaluating the conditions of a machine (in this case, a turbine) not operating at nominal conditions. The objective of this work is to evaluate the existing program and verify the possibility of implementing improvements in the processing of information, so that it can provide more accurate values and, therefore, closer to reality. According to the results obtained, we verified the efficiency and good results of both programs. However, for the 2nd Program some improvements were still suggested, for a better result approximation.. , Situação: Concluído; Natureza: Desenvolvimento. , Alunos envolvidos: Graduação: (1) . , Integrantes: Fábio Henrique Dermendjian - Integrante / Jorge Llagostera - Coordenador.

• 2018 - 2020

  Design and implementation of LQG/LTR controller in real time for a coupled three tank system, Projeto certificado pelo(a) coordenador(a) Atila Madureira Bueno em 01/04/2021., Descrição: Nonlinear multivariable control systems, plays a major role in the scope of automation and control of industrial processes. The requirements of process control such as, stability, fast transient response, precision, damping, result in the need of robust processes of nonlinear controller designs. It?s proposed through this project the development of a LQG/LTR controller of a MIMO system, to manage in real-time, the level of the central tank, on a three tank system, while keeping the level difference between the left and the right tanks on a specified height (set point). This will be performed through a coupled system consisting on data acquisition and a prototype in reduced scale on where it is possible supplying water to the left and the right tanks with individual pumps. There are connection valves between the tanks and a return valve which connects the right tank to the reservoir. As a contribution of this project, we expect a control logic that could be efficiently implemented on equal or similar systems at real scale, bringing safety, comfort, planning and mainly actuation reliability. As a result of this work, we were able to demonstrate the efficiency and applicability of this type of controller for multivariable and non-linear systems as well as exposing the great benefits of its implementation, thus opening the way for new developments in this regard. http://hdl.handle.net/11449/202650. , Situação: Concluído; Natureza: Desenvolvimento. , Integrantes: Fábio Henrique Dermendjian - Integrante / Átila Madureira Bueno - Coordenador.

• 2003 - 2003

  Computational modeling and analysis of vapor turbine efficiency on combined cycles, Descrição: One of the most important factors for the continuity of humanity is undoubtedly the energy that moves the world. It is because of this, that in many colleges and universities there is too much emphasis on matters related to this area. The study and analysis of the efficiency of thermal cycles becomes more and more detailed. Man, increasingly seeks to make the most of the energy that a facility can provide. This work shows in some aspects the importance of studying the value of the efficiency of a thermal cycle, and the ideas that have appeared for these values to become higher and higher. One of these novelties, which is emerging with the development and growth of the use of natural gas, are the cycles combined with HRSG (Heat Recovery Steam Generator). This system has a higher efficiency than a common cycle with the same equipment. As unfortunately, we cannot always work in the design conditions, which are the ideal conditions for which these machines were designed, was developed through computer modeling a program capable of evaluating the conditions of a machine (in this case, a turbine) not operating at nominal conditions. The objective of this work is to evaluate the existing program and verify the possibility of implementing improvements in the processing of information, so that it can provide more accurate values and, therefore, closer to reality. According to the results obtained, we verified the efficiency and good results of both programs. However, for the 2nd Program some improvements were still suggested, for a better result approximation.. , Situação: Concluído; Natureza: Desenvolvimento. , Alunos envolvidos: Graduação: (1) . , Integrantes: Fábio Henrique Dermendjian - Integrante / Jorge Llagostera - Coordenador.

Prêmios