Jane Proszek Gorninski
Adjunct Assistant Professor
- Milwaukee WI UNITED STATES
- Physics & Chemistry
Jane Proszek Gorninski's research is focused on the use of industrial by-products, recycling and on increasing the life cycle of materials.
Education, Licensure and Certification
Ph.D.
Civil Engineering
Federal University of Rio Grande do Sul
2002
Academic Master’s
Material and Mining Engineering
Federal University of Rio Grande do Sul
1997
B.S.
Chemistry
Pontifícia Universidade Católica do Rio Grande do Sul
Biography
Proszek Gorninski has two decades of experience as cross disciplinary professor having developed and managed several projects involving thematic and professionals from different areas of knowledge, such as: chemistry, engineering, environment, supply chain and management. Proszek Gorninski has has cross-cultural experience, having worked in Brazil, Canada, China, the United Kingdom and United States. Among her areas of expertise are: chemistry applied to materials and sustainable materials, solid waste management, elaboration and project coordination, product development and testing, team supervision, project management, budget management, internationalization, application for extra mural budget, recruitment of personnel for projects, results analysis, technical reports elaboration, scientific publications, product launches and creation of patents, among others.
Proszek Gorninski has 20 years of university teaching experience in topics such as: building materials, materials science, polymers and composites, physical chemistry, project management, chemistry applied to materials, strength of materials, polymers and nanocomposites, and technological chemistry.
Areas of Expertise
Languages
- English
- Portuguese
Social
Selected Publications
Analysis of Mechanical Behavior and Durability of Coatings for Use as Flooring in the Petroleum Industry
International Congress on Polymers in Concrete (ICPIC 2018)2018
This work analyzes the properties of four compositions of polymer mortar through flexural strength, water absorption, and abrasive wear. For this study, the epoxy resin type used as binder was used due to its high chemical and corrosion resistance, hardness, flexibility, good mechanical strength, and outstanding adhesion to most substrates.
Avaliação das propriedades mecânicas e da flamabilidade de concretos poliméricos produzidos com resina PET e retardante de chamas reciclados
Ambiente Construído2016
These composites display excellent mechanical properties but must be adapted to the combustibility properties. The study aimed to produce polymer concrete composites using waste alumina from the metallurgic industrial processing. The composites have an ortophtalic polyester resin as a binder, as aggregates river sand and fly ash as filler.
Use of Polishing Alumina as Flame Retardant in Orthophthalic Polyester Resin Matrix Composites
Advanced Materials Research2015
The field of Civil Engineering Materials has found a use for a range of industrial waste products as substitutes, that are as effective as standard construction materials but which have the bonus of providing an ecologically sound alternative for materials that would otherwise become an environmental concern. The use of waste materials in polymer composites is a prime example of this practice.
Evaluation of Coating Properties Produced with Polyester Resins and Industrially Processed Components
Advanced Materials Research2015
The objective of the present study is to investigate the behavior of floor coatings made of recycled isophthalic and orthophthalic type polyester resins along with industrially processed inorganic materials; gravel dust, that is the residue from crushed basaltic rocks, and fly ash generated in coal burning in power plants.
Polymer concrete with recycled PET: The influence of the addition of industrial waste on flammability
Construction and Building Materials2013
The civil construction sector has found use for a range of industrial waste products in the form of substitutes that are as effective as standard construction materials but which have the bonus of providing an ecologically sound alternative for materials that would otherwise become an environmental concern.