A5074978639- Conducting polymers and applications
- Dielectric materials and actuators
- Advanced Sensor and Energy Harvesting Materials
- Fuel Cells and Related Materials
- Analytical Chemistry and Sensors
- Parallel Computing and Optimization Techniques
- Open Source Software Innovations
- Polymer Nanocomposites and Properties
- Green IT and Sustainability
- Software Engineering Research
- Embedded Systems Design Techniques
- Ferroelectric and Piezoelectric Materials
- Software Engineering Techniques and Practices
- Education during COVID-19 pandemic
- Education and Digital Technologies
- Interconnection Networks and Systems
- Advanced Data Storage Technologies
- Polymer Nanocomposite Synthesis and Irradiation
- Academic Research in Diverse Fields
Community University of Chapecó Region - Unochapecó
2022-2025
Universidade Federal de São Carlos
2019-2022
Universidade Estadual de Maringá
2015-2017
An extensive review of IPMC-like devices that use impedance spectroscopy as characterization. The proposed model considers the structure polymer and aims to be a unique can device in any humidity counterion condition.
The burgeoning electronics industry demands flexible and cost-effective electrodes. Despite their inherent insulating nature, conductive rubber composites offer compelling advantages due to flexibility resilience. Due reinforcing properties high electrical conductivity, these materials can be transformed into viable electrode candidates by incorporating additives like carbon nanotubes (CNTs). This study investigates the influence of dispersion vulcanization methods on mechanical...
Ionomeric Polymer-Metal Composites (IPMC) are smart materials whose electromechanical behavior depends on the electrical stimulus intensity, membrane hydration level, and ionic migration. This paper investigates effects of voltage, relative humidity, counterion type (Li+ K+) a Nafion-based IPMC performance. Instrumentation capable applying an measuring response was developed. The conductivity obtained using Electrochemical Impedance Spectroscopy. Complementary SEM analyses were performed...
Abstract Conductive polymeric composites are exciting for future electronic applications given the possibility to ally electrical conductivity and flexibility. However, high viscosity of plasticized elastomers difficult dispersion conductive fillers in an elastomeric matrix is difficult. This research aimed compare use bath or probe sonication disperse multi‐walled carbon nanotubes (MWCNT) lower‐viscosity natural rubber latex. The MWCNT concentration varied from 0.5 2.5 wt%, coagulated...
Abstract Ionic polymer-metal composites (IPMC) are devices composed of metallic electrodes and an ionomeric polymer membrane in a ‘sandwich’ architecture and. Their main property is electromechanical actuation or sensing based on the movement ions. Metallic commonly used for their high electrical conductivity, malleability, chemical resistance. However, cost noble metals, such as platinum, long manufacturing time, fatigue failure limit application. Therefore, replacement with conductive...
Ionomeric Polymer-Metal Composites (IPMCs) are sandwich-like materials based in a polymeric membrane covered on both sides by metallic electrodes. Its operation mechanism consists of hydrated ions migration response to an external electrical field generated between the electrodes, leading spatially nonuniform mass accumulation which causes device bend. performance as actuator depends mainly environment's relative humidity and stimuli. Consequently, IPMCs present variations electromechanical...
Abstract Ionomeric polymer‐metal composites (IPMC) are advanced materials designed to mimic biological systems. Their performance depends on various factors, including electrical stimulus intensity, membrane hydration, ionic migration, and Young's modulus. However, there is a lack of studies in the literature investigating how water absorption capacity elastic modulus change over time IPMCs. Understanding hydration level variation as function essential because this parameter deviates,...
Desenvolvimento distribuído de software (DDS) é uma forma envolver diversas pessoas no processo desenvolvimento software, o qual pode ocorrer várias formas, seja em grupos próprio local trabalho, outras cidades, ou até outros países. No entanto, diversos fatores são considerados para que essa distribuição tarefas distribuída eficaz. Essa eficácia mensurada por como: redução custos com comunicação entre os membros dispersos fisicamente, sucesso na realização do projeto, satisfação membros,...
O uso de sistemas heterogêneos CPU-GPU para atender à crescente demanda por aplicações com grande paralelismo dados resulta na necessidade estudar e avaliar tais arquiteturas melhorá-las continuamente. Neste artigo foram feitas simulações da execução uma suíte benchmark em GPU AMD ATI RadeonTM HD 7970, modo a o impacto sobre desempenho consumo energético quando alterado número Wavefront Pools presentes cada compute unit GPU, que é 4 padrão. resultado mais significante evidencia um aumento...
Este artigo descreve um experimento de desempenho e consumo energético Graphics Processing Unit (GPU), Central (CPU) Memória Principal Cache em ambiente simulado. Utilizou-se conjunto benchmarks para esta tarefa. Os resultados são baseados na alteração da configuração do parâmetro MaxInFlightMen GPU. Esse é responsável pelo número máximo acesso simultâneo ao vetor memória Essas modificações refletiram diretamente dos dispositivos, portanto claro que houve uma redução no energia CPU próximo...
A presente pesquisa visa dar um panorama geral sobre as principais vertentes de tecnologia presentes na educação – dando enfoque em b-learning (blended learning Ensino híbrido)– também analisar e destacar a importância vantagens dos ambientes híbridos aprendizagem, bem como apresentar taxonomia dificuldades encontradas aplicação do educação. Para tal utilizar-se-á método revisão sistemática compondo uma bibliográfica partir resultado da busca feita bases eletrônica confiáveis, Google...