Soft body simulation is a topic in computer graphics that focuses on physical simulations, such as the motion and properties of deformable objects. The generated soft bodies are commonly used various applications, non-rigid point cloud registration. This paper presents novel open-source toolset for deformation called SimTool. proposed assimilates 3D packages Python Unreal Engine 4 (UE4) with Nv...

We outline a 2D algorithm for solving incompressible flow–structure interaction problems mixed rigid/soft body representations, within consistent framework based on the remeshed vortex method. adopt one-continuum formulation to represent both solid and fluid phases an Eulerian grid, separated by diffuse interface. Rigid solids are treated using Brinkman penalization while inverse map technique ...

Fully soft continuum magnetic (FSCMs) microrobots with highly deformable structures have emerged as a potential solution to robotically controlled endovascular interventions. The microrobot's structure is made of magneto-responsive material, which offers full body control under field instead limited tip deformation. shape for these enables steering in complex paths contact the environment. We s...

Pada saat ini dibutuhkan kreativitas untuk dapat bekerja dan berkarya di era yang penuh persaingan kerja. Generasi muda diharapkan inovatif kreatif, mampu menciptakan lapangan kerja sendiri dengan menghasilkan karya berupa barang atau jasa. Untuk itu kami para dosen Tata Rias Prodi PVKK Fakultas Teknik UNIPA Surabaya melakukan pengabdian pada masyarakat memberi pelatihan soft sklill pembuatan p...

This paper demonstrates the redundancies concerning the increasing popular ``soft set" approaches to general topologies. It is shown that there is a complement preserving isomorphism (preserving arbitrary $widetilde{bigcup}$ and arbitrary $widetilde{bigcap}$) between the lattice ($mathcal{ST}_E(X,E),widetilde{subset}$) of all soft sets on $X$ with the whole parameter set $E$ as domains and the ...

Extending the dynamics underlying the factorization calculation of two-body decays, we propose simple selection rules for nonresonant three-body B decays. We predict, for instance, that in the Dalitz plot of B → D0π+π−, practically no events should be found in the corner region of E(π) ≤ ΛQCD as compared with the corner of E(π−) ≤ ΛQCD. We also predict that there should be very few three-body d...