Mechanistic Force Modeling for Broaching Process

Cholpadi, Raghavendra Kamath; Kuttan, Appu K K

doi:10.1155/2014/485712

Cited by 3 publications

(1 citation statement)

References 17 publications

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“…1). Because the broaching process requires a large cutting force and a long stroke, the static and dynamic properties of the machine are important characteristics [1,2] that should be carefully considered. These mechanical characteristics relate to the deployment of the machine components and their physical properties.…”

Section: Introductionmentioning

confidence: 99%

Development of an Electro-mechanical Driven Broaching Machine

Park¹,

Park²,

Dang³

2015

Journal of The Korean Society of Manufacturing Technology Engin

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The machine tools builders are trying to improve the efficiency and performance of the machine tools. The electro-mechanical driven broaching machine has many advantages such as lower noisy operating, higher energy efficiency, and smaller space of installation. This paper presents the structural and mechanical development of an electro-mechanical driven broaching machine that is replaced for traditional hydraulic one. The servo motor, ball screw and roller linear guide are used instead of hydraulic cylinder and translation frictional sliding guides.The simulation method based on FEM was applied to analyze the stress, deformation of the machine for static analysis. The dynamic analysis was carried out for verifying and assessing the mechanical behavior of the developed broaching machine. This work helps broaching machine developer make a better product at the early design stage with lower cost and development time.

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Section: Introductionmentioning

confidence: 99%

Development of an Electro-mechanical Driven Broaching Machine

Park¹,

Park²,

Dang³

2015

Journal of The Korean Society of Manufacturing Technology Engin

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Optimization of Keyway Broach Design

Ahmad

Al-Rawashdeh

Hasan

2019

J Fail. Anal. and Preven.

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Generation and Enforcement of Process-Driven Manufacturability Constraints: A Survey of Methods and Perspectives for Product Design

Patterson

Lee

Allison

2021

Journal of Mechanical Design

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Design-for-manufacturing (DFM) concepts have traditionally focused on design simplification; this is highly effective for relatively simple, mass-produced products, but tends to be too restrictive for more complex designs. Effort in recent decades has focused on creating methods for generating and imposing specific, process-derived technical manufacturability constraints for some common problems. This paper presents an overview of the problem and its design implications, a discussion of the nature of the manufacturability constraints, and a survey of the existing approaches and methods for generating/enforcing the minimally-restrictive manufacturability constraints within several design domains. Five major design perspectives or viewpoints were included in the study, including the system design (top-down), product/component design (bottom-up), the manufacturing process-dominant case (product/component design under a specific process), the part-redesign perspective, and sustainability perspective. Manufacturability constraints within four design levels or scales were explored as well, ranging from macro-scale to sub-micro-scale design. Very little previous work was found in many areas, but it is clear from the existing literature that the problem and a general solution to it are very important to explore further in future DFM efforts.

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Mechanistic Force Modeling for Broaching Process

Cited by 3 publications

References 17 publications

Development of an Electro-mechanical Driven Broaching Machine

Development of an Electro-mechanical Driven Broaching Machine

Optimization of Keyway Broach Design

Generation and Enforcement of Process-Driven Manufacturability Constraints: A Survey of Methods and Perspectives for Product Design

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