This Master thesis investigates the feasibility of single point incremental forming as a method to die-less preform double curved aluminum sheets used in GLARE laminates. A small scale experimental setup was used to see if this method could achieve the required speed and accuracy. The results of these experiments were translated to a large scale production line, such as the Airbus A320. However it was concluded that single point incremental forming is not a feasible process for large scale production. Even though the dimensional accuracy is rather good, the process speed to achieve this accuracy is far too low.Aerospace EngineeringAerospace Structures & Material
In recent years, the demand for personalized products have significantly increased in biomedical, au...
: Incremental sheet forming represents a relatively new process appointed to form sheets of pure met...
ABSTRACT Incremental sheet metal forming (ISMF) has demonstrated its great potential to form complex...
Incremental sheet forming by the method of single point incremental forming Dieless-SPIF, is a widel...
Nowadays there is an increasingly demanding need for the development of agile manufacturing techniqu...
The contemporary sheet metal industry employs forming methods that use a precise die and punch to fo...
This paper presents the results of experimental research on the fabrication of thin-walled panels wi...
The paper is aimed to discuss some relevant issues concerning an innovative sheet metal forming tech...
Single-point incremental forming is an innovative flexible and inexpensive technique to form sheet p...
In this thesis, formability of monolithic and tailored blanks made of metallic and polymer sheets in...
As part of a study of the capabilities of processes suitable for the rapid prototyping of sheet meta...
Single point incremental forming process is a most economical Die-less forming process. The major co...
This paper presents a preliminary investigation on applicability of Single Point Incremental Forming...
Abstract- The paper is aimed to discuss some relevant issues concerning an innovative sheet metal fo...
As known, incremental forming is a flexible and innovative sheet metal forming process which allows ...
In recent years, the demand for personalized products have significantly increased in biomedical, au...
: Incremental sheet forming represents a relatively new process appointed to form sheets of pure met...
ABSTRACT Incremental sheet metal forming (ISMF) has demonstrated its great potential to form complex...
Incremental sheet forming by the method of single point incremental forming Dieless-SPIF, is a widel...
Nowadays there is an increasingly demanding need for the development of agile manufacturing techniqu...
The contemporary sheet metal industry employs forming methods that use a precise die and punch to fo...
This paper presents the results of experimental research on the fabrication of thin-walled panels wi...
The paper is aimed to discuss some relevant issues concerning an innovative sheet metal forming tech...
Single-point incremental forming is an innovative flexible and inexpensive technique to form sheet p...
In this thesis, formability of monolithic and tailored blanks made of metallic and polymer sheets in...
As part of a study of the capabilities of processes suitable for the rapid prototyping of sheet meta...
Single point incremental forming process is a most economical Die-less forming process. The major co...
This paper presents a preliminary investigation on applicability of Single Point Incremental Forming...
Abstract- The paper is aimed to discuss some relevant issues concerning an innovative sheet metal fo...
As known, incremental forming is a flexible and innovative sheet metal forming process which allows ...
In recent years, the demand for personalized products have significantly increased in biomedical, au...
: Incremental sheet forming represents a relatively new process appointed to form sheets of pure met...
ABSTRACT Incremental sheet metal forming (ISMF) has demonstrated its great potential to form complex...