Development And Biomechanical Validation Of Medical Insoles To Prevent Foot Ulcers On Diabetic Patients By Means Of Thermoplastic Elastomers And Additive Manufacturing Technologies

Patient Specific Cardiovascular Disease Modelling Based on the Computational Fluid Dynamics Simulations: Segmentation and Hemodynamic Model of a Thoracic Artery

“…Therefore, the target model may require to be modeled manually or a 3rd party software such as Comsol, Abaqus or Fluent may be utilized to overcome the lack of STL file support especially in dynamic analysis [23,24]. On the other hand, researchers may perform static analysis on an STL file by means of a tool such as Power Surfacing or may apply directly to the generated mesh surfaces of the model in SolidWorks [25]. In addition, FEA of a blood vessel may require to define biomechanical properties of each vessel tissue layer separately.…”

Design and characterization of 3D-printed TPU-based lattice structures. Application to methodology for the design of personalized therapeutic products

“…Resin-based systems could also eventually be a viable technique, although for now FFF production arguably represents the most cost-effective explanation for customizing products (Choudhari and Patil, 2016; Kafle et al , 2021; Srivastava and Gaur, 2020). This is reflected in the currently priority use of this technology in the design and development processes of medical equipment and orthotics (Aydin et al , 2019; Ma et al , 2019a; Sharma et al , 2020; Srivastava and Gaur, 2020). FFF process known as most common 3 D printing, mainly uses thermoplastic filaments (Chiocca et al , 2022; Jain and Gupta, 2022; Prajapati et al , 2022b; Rahmatabadi et al , 2023b).…”