New Volume Rendering to visualise your image data quickly and easily : Advanced uses of the module include a choice of surface fitting algorithms which allow you to obtain alternate patch layouts for different types of geometry. You can now generate a NURBS (Non-uniform rational B-spline) surface from your segmented image data using our new +NURBS Module. A further objective is to highlight the applications where TPMS-based lattices or composites can be efficiently used as well as the research areas to be explored.New +NURBS Module to generate NURBS surfaces from your image data: Herein, the material–topology–mechanical properties relationship of different TPMS-based lattices that are investigated in the literature is discussed. The design process to create TPMS-based 3D lattices is summarized and the different manufacturing processes used to fabricate these lattices are highlighted. Herein, the design, synthesis, and use of TPMS in the field of metamaterials and metacomposites for several applications are focused upon.
Such materials with topology-controlled properties are commonly known as “metamaterials.” Architected materials with topologies based on triply periodic minimal surfaces (TPMS) which are of particular interest have attracted much attention recently due to their mathematically controlled fascinating topologies and their exhibited physical and mechanical properties.
Consequently, both the design and synthesis techniques gained considerable attention and have massively progressed over the last few decades. These natural systems have inspired the development and expansion of synthetic architected materials for revolutionary applications.
In nature, cellular materials exhibit enhanced multifunctionalities driven mainly by their sophisticated topologies and length scales.
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