Incremental forming of Cu-35Zn brass alloy

Fritzen, Daniel; Daleffe, Anderson; Lucca, Gustavo do Santos De; Castelan, Jovani; Schaeffer, Lírio; Sousa, Ricardo J. Alves de

doi:10.1007/s12289-017-1373-4

Cited by 7 publications

(4 citation statements)

References 21 publications

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“…The authors conclude that for brass, similar to other metals, the forming forces and the occurrence of fracture increase with the blank thickness increasing. Similar to their previous investigations, Fritzen et al, (2017) investigate 60/40 brass through an experimental approach, with three different values of step sizes and two tool diameters.…”

Section: Applying Isf To the Trumpet Bellmentioning

confidence: 91%

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Three pass incremental sheet forming: A new strategy for the manufacture of brass musical instruments

Wodehouse

Marini

Yakushina

et al. 2022

Journal of Manufacturing Processes

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Section: Applying Isf To the Trumpet Bellmentioning

confidence: 91%

“…A series of trials have been conducted by Fritzen et al (2013Fritzen et al ( , 2016Fritzen et al ( , 2017. In the first, Fritzen et al (2013) investigate SPIF of 70/30 brass alloy using an experimental approach to determine formability.…”

Section: Applying Isf To the Trumpet Bellmentioning

confidence: 99%

Three pass incremental sheet forming: A new strategy for the manufacture of brass musical instruments

Wodehouse

Marini

Yakushina

et al. 2022

Journal of Manufacturing Processes

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“…In SPIF different materials like metals (Aerens et al, 2010), brass alloys (Fritzen et al, 2018), polymers (I. , shape-memory foams, sandwich panels, and composite materials have been formed which are used in different industries like medical implants (Isabel Bagudanch et al, 2015), transportation, automobile, and aerospace industries. Initial sheet thickness is a crucial parameter in SPIF and has significant effects on other parameters such as tool diameter, forming force, spring back, wall angle, wall thickness, thinning ratio forming height, and so on are affected by it (Dabwan et al, 2020;Han et al, 2013).…”

Section: Sheet Materialsmentioning

confidence: 99%

Formability of Aluminum Alloys During Single Point Incremental Forming

Bishnoi

Chandna

2022

International Journal of Manufacturing, Materials, and Mechanical Engineering

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Single point incremental sheet metal forming has passed through a period of ample improvement with developing responsiveness from research societies and industries globally. The process has expressively spared the practice of using costly dies, which makes it an appropriate process for manufacturing prototypes and small batch production. It also discovers easiness in fabricating components of timeworn equipment. Additionally, in recent years, aluminum alloys become the most commonly used materials in the automotive, aeronautics, and transportation industries for their structural and other applications. The effect of various process parameters on the formability of Single Point Incremental Forming of aluminum alloys has been critically surveyed. Ultimately, this article also debated the dares associated with the Single Point Incremental Forming process and recommended some correlated research regions which probably charm significant research considerations in the future.

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“…Most scientific work in this field, of single point incremental forming, are works that analyze experimentally or theoretically the main deformations occurring in the process (major strain, minor strain or thickness reduction) and the influence of the factors of geometric parameters (the die diameter, the vertical step, the type of trajectory) on these parameters, to metallic materials and their alloys. [2][3] Since the SPIF process has as its main disadvantage the low precision, several recent works have analyzed various possibilities to improve it by optimizing the die trajectories [4][5].…”

Section: Introductionmentioning

confidence: 99%

Simulation of the Single Point Incremental Forming of Polyamide and Polyethylene Sheets

Roşca

Oleksik

2019

MATEC Web Conf.

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The present paper aims the theoretical study, using the finite element method, on the single point incremental forming process of two polymeric materials: polyamide 6.6 and high-density polyethylene. The experimental researches used for the determination of the true stress - true strain curves for two materials are presented, which are necessary for their introduction into the simulation. The explicit analysis is carried out with the Ls-Dyna program and the results of the analysis were focused on the major strain, minor strain, thickness reduction, forces on the process and total energy consumed in the process.

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Incremental forming of Cu-35Zn brass alloy

Cited by 7 publications

References 21 publications

Three pass incremental sheet forming: A new strategy for the manufacture of brass musical instruments

Three pass incremental sheet forming: A new strategy for the manufacture of brass musical instruments

Formability of Aluminum Alloys During Single Point Incremental Forming

Simulation of the Single Point Incremental Forming of Polyamide and Polyethylene Sheets

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