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AvoinopenOpenApplication for the fitting of B-spline surfaces to point clouds. The motivation is to provide an easy and accesible programm to characterize distortion shapes of welded thin-deck ship panels to enable further investigations on their strength capabilities. Table of Contents Installation Dependencies Usage Installation The scripts can be used in two ways; either as standalone scripts, where the raw functions are provided or as an application to enable easy usability. Please make sure, that the environment is setup in Python 3.8. Dependencies Dependency check is implemented in the beginning of each script, with the option to install during execution. Alternatively, these libraries can be easily installed through pip install Open3D: Library for 3D data processing. Used for voxel downsampling and visualization in this project. numpy: Fundamental package for scientific computing in Python. meshlab: pyMeshLab is a Python library that enables users to write scripts using the various functions available in Meshlab. Furthermore, the installation of FreeCAD v0.21 on the local machine is required. The local installation path needs to be added to the script `surface_fitting.py` in the following line. Replace USER with the user on the local machine. # insert path here that goes to the installation of FreeCAD FREECADPATH = r"C:\\Users\\USER\\AppData\\Local\\Programs\\FreeCAD 0.21\\bin" FREECADLIBPATH = r"C:\\Users\\USER\\AppData\\Local\\Programs\\FreeCAD 0.21\\lib" Usage The package can be used either by running `ui2_app.py` which gives an GUI for the user to setup the surface reconstruction process. The second option is to utilize the scripts `crop_geometry.py` `voxel_downsampling.py` and `surface_fitting.py` to build an own application 1. Run the Application: python ui2_app.py 2. Follow the GUI instructions: Starting point for the reconstruction is a planar type point cloud in `.ply` format. Load the `.ply` file. Set up parameters for the surface reconstruction process. Parameters are strongly case dependent, recommendations for plate fields (based on investigations done in the paper) are: voxel size = 2 UDegree = 3 VDegree = 3 NbUPoles = 15 NbVPoles = 15 Iterations = 3 3. Perform reconstruction and error analysis: The reconstructed surface will be saved as `.step` format in the specified output folder. The application also gives maximum / minimum point to surface distance, as well as the mean average error of the reconstruction as output per default. These can be changed by modifying `error_estimation.py`.Creative Commons Nimeä 4.0 Kansainvälinen (CC BY 4.0)CC-BY-4.0Creative Commons Attribution 4.0 International (CC BY 4.0)urn:nbn:fi:att:data-catalog-acrisACRIS katalogi9ACRIS catalogmetaxtrue2025-02-14T00:00:00Kone- ja valmistustekniikkaMaskin- och produktionsteknik214Mechanical engineeringhttps://etsin.fairdata.fi/dataset/e95a0c99-a203-44f2-a88d-e02cf487b16fhttps://tiedejatutkimus.fi/fi/results/dataset/e95a0c99-a203-44f2-a88d-e02cf487b16fhttps://forskning.fi/sv/results/dataset/e95a0c99-a203-44f2-a88d-e02cf487b16fhttps://research.fi/en/results/dataset/e95a0c99-a203-44f2-a88d-e02cf487b16fe95a0c99-a203-44f2-a88d-e02cf487b16fB-spline-Based surface reconstruction for the analysis of distorted panelsMuu tekijäMedarbetare1ContributorFederica ManciniDepartment of Energy and Mechanical Engineering4499Muu tekijäMedarbetare1ContributorHeikki RemesDepartment of Energy and Mechanical Engineering4499TekijäUpphovsperson2CreatorMatti ChristmannDepartment of Energy and Mechanical Engineering4499

research.fi

Addon of FrontISTR to FreeCAD

doi.org

Using FreeCAD for finite-element mesh generation

doi.org

3D-printing on human acellular dermis for chest wall reconstructions-an

Massive bone or tissue defects caused by trauma, tumors or infections are a frequently occurring clinical problem. Novel biomaterials combined with new technologies offer new treatment options especially regarding reconstruction of bone and tissue. Aim of this study was to establish the stable and biocompatible combination of decellularized human dermis with a stable polymer via three-dimensional (3D) printing.
www.ncbi.nlm.nih.gov

Addon of FrontISTR to FreeCAD

www.jstage.jst.go.jp

[Performance simulation study of a modified root canal irrigation needle based on computational fluid dynamics].

Objective:
www.ncbi.nlm.nih.gov

CAD für Maker (Wie die Großen: Parametrische Konstruktion eines Bodenschoners mit FreeCAD)

www.hanser-elibrary.com

A feasibility study of a computational modeling system for performance evaluation and development of ultrasound strain elastography systems.

Ultrasound strain elastography (USE) is an imaging technology that enables us to detect changes in tissue stiffness resulting from cancer and other diseases. The objective of this study is to computationally model the application of USE for breast lesion characterization. We develop a well-defined simulation pipeline using open-source software to create
www.ncbi.nlm.nih.gov

CAD für Maker (4 Wie die Großen: parametrische Konstruktion eines Bodenschoners mit FreeCAD)

www.hanser-elibrary.com

CAD für Maker (Wie die Großen: Parametrische Konstruktion eines Bodenschoners mit FreeCAD)

www.hanser-elibrary.com