230
R. E. Restelli et al.
Fig. 2 PPD model. Source Prepared by the authors (adapted from Cooper 1993)
Materials
Collection
Mixture / Molding
Cure
Technical
Visit Industry
IDEA
Preliminary
studies
Literature
review
Analyze
essay
methodological
framework
Fig. 3 Flowchart of the PPD. Source Prepared by the authors
plant that grantor the soil and cement. The tests were developed in the research
laboratory of the Federal University of Technology—Paraná, campus Pato Branco,
equipped with a structure that allowed the execution of all the tests prescribed by the
technical standards NBR 8491/8492 (ABNT 2012a, b) suitable for floor-type cement
cast bricks.
Thus, based on the model of Cooper (1993), PPD procedures for the preparation of
samples and testing conducted during the design are illustrated below in the flowchart
of Fig. 3.
All flowchart stages were performed, recorded and documented on file for any
requests and availability for future demands. The complete material can be important
moving forward with the research or even to contribute further assessment on the
subject by third parties.
The starting point of the study was on August 30th, 2019 from the preliminary idea
to the analysis of the results it took one hundred and five days. The ash in the study
is a residue of the industrialization process of plywood sheets in an industry in the
city of Palmas-PR, which was previously discussed in the technical visit. Advances
have occurred with documentary research for two months to carry out the collection
of materials on October 30th, 2019. One day was enough to mold samples and it
was patiently awaited the hardening of the cement before performing the tests in the
laboratory on December 6th, 2019 the results were summarized and analyzed in the
experiment that ended on December 13th, 2019.
R. E. Restelli et al.
Fig. 2 PPD model. Source Prepared by the authors (adapted from Cooper 1993)
Materials
Collection
Mixture / Molding
Cure
Technical
Visit Industry
IDEA
Preliminary
studies
Literature
review
Analyze
essay
methodological
framework
Fig. 3 Flowchart of the PPD. Source Prepared by the authors
plant that grantor the soil and cement. The tests were developed in the research
laboratory of the Federal University of Technology—Paraná, campus Pato Branco,
equipped with a structure that allowed the execution of all the tests prescribed by the
technical standards NBR 8491/8492 (ABNT 2012a, b) suitable for floor-type cement
cast bricks.
Thus, based on the model of Cooper (1993), PPD procedures for the preparation of
samples and testing conducted during the design are illustrated below in the flowchart
of Fig. 3.
All flowchart stages were performed, recorded and documented on file for any
requests and availability for future demands. The complete material can be important
moving forward with the research or even to contribute further assessment on the
subject by third parties.
The starting point of the study was on August 30th, 2019 from the preliminary idea
to the analysis of the results it took one hundred and five days. The ash in the study
is a residue of the industrialization process of plywood sheets in an industry in the
city of Palmas-PR, which was previously discussed in the technical visit. Advances
have occurred with documentary research for two months to carry out the collection
of materials on October 30th, 2019. One day was enough to mold samples and it
was patiently awaited the hardening of the cement before performing the tests in the
laboratory on December 6th, 2019 the results were summarized and analyzed in the
experiment that ended on December 13th, 2019.