Mariia Kochneva's scientific contributions

Publications (5)

Conference Paper
Full-text available
This paper presents intermediate results of an experimental research directed towards development of a method to use additive manufacturing technology as a generative agent in architectural design process. The primary technique is to variate speed of material deposition of a 3D printer in order to produce undetermined textural effects. These effect...
Conference Paper
Full-text available
The project consists of series of experiments directed towards devising methodology on utilizing 3D printer as generative constituent of design process. The thesis is that manipulation of manufacturing parameters could lead to various architectural facets being informed by the process of making. A method to manipulate G-code, an interface between d...
Conference Paper
Full-text available
The paper describes series of experiments directed towards devising methodology on utilizing 3D printer as generative constituent of design process. A method to manipulate G-code, as an interface between digital and physical, was developed in order to instigate emergence of textural patterning out of fabrication process. The idea of heterogeneous s...

Citations

... Westerlind [20] used computational design methods for the programmed placement of the filament in space to produce intricate porous choreographed concrete compositions. Alothman et al. [21], and Mohite and Kotnik [22] generated emergent patterns by manipulating the print path, controlling the geometry and the motion speed, in small scale semifluid material extrusion. Efthimiou and Grasser [23] implemented an agent-based path planning and printing simulation to control the 3DCP process and minimum printable distance between neighbouring geometries. ...
... The basis of method consists of programming speed of deposition in G-code in a range of patterns. In G-code lower and upper cylinder bases are subdivided into segments, end points of corresponding segments are connected and then the top base is rotated around z-axis (Mohite, Kochneva and Kotnik 2017) . That produces ribbed pattern if speed is set to be slower at end points of segments ( Figure 1). ...
... 27 This work was continued in studies that explored intentional errors in 3D printing, generated by deliberately tweaking a 3D printer's G-code and hardware setup. 28,29 Owing to these studies, knowledge on the aesthetics of imprecision in the context of 3D printing is now quite broad. At the same time, however, the aesthetic of imprecision for other fabrication techniques remains unexplored. ...