In this publication a concept for a self-trained assistance is presented, which places a part, selected by the designer, into an assembly and fixates it with constrains. Therefor all selectable parts are classified by the assistance beforehand. In the process of developing the classification several algorithm were tested and compared regarding speed and precision. To place and constrain the parts, decision trees for supervised learning were arranged in a multi-step structure. Furthermore, the implementation in the CAD environment Fusion 360 as well as the limitations and potentials of the concept are discussed
Product modeling, in which the product information is managed throughout the design and manufacturin...
In computer-aided design (CAD), software tools support design engineers during the modeling of assem...
The Line Feeding Problem (LFP) involves the delivery of components to the production area. Previous ...
This paper presents different prediction methods based on decision tree and ensemble learning to sug...
Assembly constraints determine the relative position and allowed movements between CAD models in ass...
Manual work accounts for one of the largest workgroups in the European manufacturing sector, and imp...
Graduation date: 2017Assembly planning is a crucial task for every manufacturing product. In general...
Achieving an appropriate assembly sequence needs deep verification for its physical feasibility. For...
Most of commercial CAD assembly modules are based on a geometric entities constraining. DOF between ...
A system architecture is presented to generate sensor-controlled robot tasks from knowledge encoded ...
This paper presents an approach to assembly planning in the early phase of product development. The ...
Selection task formalization of the strengthening treatment method through engineering and technolog...
Additive Manufacturing (AM) simplifies the fabrication of complex geometries. Its scope has rapidly...
The paper discusses a novel geometric reasoning method that supports the definition of assembly sequ...
Mechanical assemblies are very complex structures, made of many parts of various shapes and sizes wi...
Product modeling, in which the product information is managed throughout the design and manufacturin...
In computer-aided design (CAD), software tools support design engineers during the modeling of assem...
The Line Feeding Problem (LFP) involves the delivery of components to the production area. Previous ...
This paper presents different prediction methods based on decision tree and ensemble learning to sug...
Assembly constraints determine the relative position and allowed movements between CAD models in ass...
Manual work accounts for one of the largest workgroups in the European manufacturing sector, and imp...
Graduation date: 2017Assembly planning is a crucial task for every manufacturing product. In general...
Achieving an appropriate assembly sequence needs deep verification for its physical feasibility. For...
Most of commercial CAD assembly modules are based on a geometric entities constraining. DOF between ...
A system architecture is presented to generate sensor-controlled robot tasks from knowledge encoded ...
This paper presents an approach to assembly planning in the early phase of product development. The ...
Selection task formalization of the strengthening treatment method through engineering and technolog...
Additive Manufacturing (AM) simplifies the fabrication of complex geometries. Its scope has rapidly...
The paper discusses a novel geometric reasoning method that supports the definition of assembly sequ...
Mechanical assemblies are very complex structures, made of many parts of various shapes and sizes wi...
Product modeling, in which the product information is managed throughout the design and manufacturin...
In computer-aided design (CAD), software tools support design engineers during the modeling of assem...
The Line Feeding Problem (LFP) involves the delivery of components to the production area. Previous ...