Single point incremental forming is one of the most intensely researched die-less manufacturing process. This process implies usage a CNC equipment or serial robot which deforms sheet metal with help relatively simple tool that follows an imposed toolpath. As every cold process, besides many given advantages it has also some drawbacks. One big drawback in comparison other processes low accuracy...

Incremental sheet forming has, despite its great flexibility, not yet been widely adopted by the industry, due to limited geometric accuracy. One of approaches overcome this problem is development closed-loop control systems. Such systems are mostly based on linearization with respect a nominal toolpath. In work, different create such linearized process models reviewed. By implementing in numer...

The present paper proposes a numerical-experimental comparative study on the single point incremental forming process. A DC04 steel sheet with thickness of 0.6 mm was used for both numerical simulation using finite element method and experimental research. type trajectory spiral finished part obtained truncated cone-shaped part. analysis program Ls-Dyna. simulations were performed in several va...

INTRODUCTION Slip Mounted Single Point Deformation expands upon the ideas of single point incremental metal forming, using a 6-axis robotic arm, by exploring the possibilities of how sheet metal can be deformed with minimal support bracing. The goal of this technique and research is to develop controlled methods for fabricating precise, double-curved, structural panels. The slip mounted techniq...

Electromagnetic forming is a high energy rate forming process in which an electromagnetic Lorentz body force is used for deformation of products.  In this article, electromagnetic forming process was simulated for the assembly of parts as an innovative method.  The effect of important process parameters such as discharge energy, radius and width of rectangular groove on the strength of the asse...

Electromagnetic forming is a high energy rate forming process in which an electromagnetic Lorentz body force is used for deformation of products.  In this article, electromagnetic forming process was simulated for the assembly of parts as an innovative method.  The effect of important process parameters such as discharge energy, radius and width of rectangular groove on the strength of the asse...