What is Subroutine? Enable customization of the program to cater to specific applications beyond the main UI features. Enhance the functionality of various SOLVER capabilities, addressing scenarios where conventional data input methods may prove too limiting. Offer an exceptionally potent and adaptable tool for analysis. Serve as programmatic inputs to the solver. Supported languages include C, C++, FORTRAN, Java, and others. A diverse range of utility routines is accessible to aid in the development of user subroutines. These utility routines are embedded within user subroutines and, upon i ..read more

2D simplification is a feature in SOLIDWORKS Simulation Professional that allows users to simulate 3D models in 2D. This allows for a significant reduction in the computational resources needed to solve the FEA analysis. There are three different 2D simplification study types available for static and nonlinear analysis. Plane Stress Plane Strain Axi-symmetric At the bottom of the new study dialog window, check on the option Use 2D Simplification. You select from the available plane stress, plane strain, extruded, or axisymmetric options. After selecting a 2D simplification assumption, the w ..read more

Antenna and RF component design Sequentially executed excitation lists: The T-solver now enables the sequential excitation of multiple simultaneous excitation lists, enhancing automation in array workflows and making it suitable for Distributed Computing applications. Key improvements to the Domain Decomposition Solver for Antenna Arrays include(DDM): Scalability: load balance of available cores MPI: stability and scalability Robustness: very high success rate Enhancements for non-parametric optimization strategies Topology Optimization: The purpose is to find function. The desig ..read more

In the heart of every piece of elegantly crafted furniture lies not just the artistry and skill of its maker but increasingly, the precision and efficiency of modern technology. For woodworking companies venturing into the realm of digital automation, SWOOD Design has emerged as a game-changer. This software isn’t just another tool; it’s a bridge between traditional craftsmanship and futuristic innovation, propelling the furniture design industry into a new era of efficiency and creativity. The Challenge of Modern Woodworking The woodworking industry, with its deep-rooted traditions, faces un ..read more

Selecting the right finite element type in ABAQUS is essential to producing precise and trustworthy forecasts. Nevertheless, using the right element type can occasionally be difficult due to Abaqus’ vast array of element formulations. Traditional hand calculations and FEA projections can sometimes contradict since many analysts are not aware of the restrictions of particular element types, such as solid brick elements (shear locking). Shear Locking When elements are subjected to pure bending Shear locking is an error that occurs in finite element analysis due to the linear nature of first orde ..read more

The 3DEXPERIENCE Platform offers a robust suite of web applications designed to facilitate collaborative and innovative product development. However, users may encounter challenges during the utilization of these web apps, necessitating a systematic troubleshooting approach. This blog aims to address specific difficulties users may face when obtaining the Rx file for web apps, emphasizing the contrast with the more straightforward process on the SOLIDWORKS Rx side. Challenges in Obtaining Rx File for Web Apps One notable challenge users may experience is the complexity associated with acquirin ..read more

In our increasingly connected world, electronic devices are omnipresent, ranging from household appliances to complex industrial machinery. As these devices evolve, the potential for compatibility (EMC) and electromagnetic interference (EMI) issues grows exponentially. What is EMC and EMI? Electromagnetic Compatibility (EMC) is the ability of electronic devices to function properly in the presence of electromagnetic interference (EMI) and to limit the emission of unwanted electromagnetic energy. EMC is essential to guarantee that devices can operate in harmony within their intended environment ..read more

Porous Medium offers different ways of specifying the flow resistance, including calculation of the resistance from the channels and pores dimensions. The heat exchange is defined in terms of porous matrix properties. Porous Medium can be defined in Engineering Database by providing different parameters such as Porosity, Permeability type, Resistance Calculation Formula, Pore Size etc., Porous Medium definition from SW Flow Simulation Porosity: The ratio of the volume of the interconnected pores to the total volume. Permeability type: Defines the permeability of the medium with respect to th ..read more

Introduction Simulation holds a crucial place in engineering and product design, with meshing at its core. Traditional meshing methods are often time-consuming. However, within SOLIDWORKS Flow Simulation has the capability of adaptive meshing. In this blog, we’ll take a more in-depth look at this advantageous feature. How does it work? SOLIDWORKS Flow Simulation utilizes the Finite Volume approach, wherein the 3D model and fluid space remain constant while the computational mesh, typically a Cartesian grid, dynamically adjusts and refines during the calculation process, eliminating the need to ..read more

The Organizations that thrive to grow always seek feedback or what we call insides! Sometimes feedback can be the issue & these issues have a certain impact on the organization, thus Change management comes into play helping the organizations to take decisions collaboratively and to maintain the order of Change Action Execution. This blog helps you to create the Generic process of Change Management, Prerequisite is: *Scenario: Team lead finds out that Complient mechanism part needs 2mm fillet on its edge/teeth and generates the issue ,act as Change Co-ordinator, Defines Change Action, Rec ..read more