Mathematical Modeling of the Effect of Different Parameters on Spring Back in Sheet Metal Formability Process
Journal Title: American journal of Engineering Research - Year 2017, Vol 6, Issue 10
Abstract
In the study, bending process was performed on the AISI304 sheet metals at different thicknesses (2 mm, 3 mm, 4 mm, and 5 mm) and different punch type radii (R2 mm, R4 mm, R6 mm, and R8 mm) by using air V bending technique. After the bending, the amount of spring backs in the sheet metals was examined. As thickness of the sheet metal increased, the value of spring back decreased; whereas, the values of spring back increased in the increasing punch tip radii. A mathematical model was obtained by analyzing the relationship between bending parameters and test results.
Authors and Affiliations
Mustafa ÖZDEMİR1
Keywords
Related Articles
- EP ID EP402025
- DOI -
- Views 52
- Downloads 0
A Novel Approach to Maximize Performance and Reliability of PMSG Based Wind Turbine: Bangladesh Perspective
The goal of this work is to design a PMSG based wind turbine with pitch angle and turbine operational control strategy. This control phenomena helps to run the system with higher efficiency and reliability in turbulent w...
Calibration of Existing Infiltration Models on Different Amended Soils
Organic amendments can affect soil properties. The predictive power of selected water infiltration models in organic amended soils were evaluated. Ten (10) infiltration models consisting of five (5) empirical (Philip (PH...
Biosynthesis of Silver Nanoparticles by Plumeria rubra Flower Extract: Characterization and Their Antimicrobial Activities
: The main objective of this work is focused on to propose a simplified and efficient green synthesis of silver nanoparticles with proven antibacterial properties. In the present study silver nanoparticles were biosynthe...
A Comparative Study of the Thermal Insulation Properties of Jute and Jute - Polyester fibre Blended Nonwoven Fabrics
Materials based on natural fibres are now becoming increasingly popular as thermal insulating material. Due to its low mass, density and cell structure, they show fairly good thermal insulation properties, often better a...
Modeling and Analysis of Floating-Ring Bearing ThermoHydrodynamic Parameters for Advanced Turbo-Rotor Systems
This work presents a detailed analysis and modeling of floating-ring bearings (FRBs) for predicting their dynamic-force coefficients, thermo-hydrodynamic characteristics, and instability behavior. The mathematical model...