Tag:2023 Page 6

Adams Modeler represents the next evolution in the Adams user experience. The improvements go beyond just an improved user interface and focus on fundamental workflow improvements and model-building efficiencies. By streamlining model workflows, common tasks require fewer clicks and picks, and models are far easier to manage and explore. Key Features CAD Management Powerful drag and drop capabilities makes it trivial to adjust the CAD assemblies to suit your motion model structure. Direct editing of geometry features are just a click away making it simple to make fast changes without the need for updates from the CAD group. Model Creation Model objects are associated with geometry, and geometric features can be used to quickly pick and place model objects. Model...

SimManager is a web-based Simulation Process and Data Management (SPDM) system that manages all aspects of CAE simulation with focus on meeting the sophisticated data management and processing needs specific to the simulation community. From project commencement to the generation of the final report, SimManager enhances simulation operations by boosting productivity and efficiency, thereby cutting down on the cost and time needed to deliver superior products to the market. The 50 years of experience in CAE industry has endowed the D&E business unit of Hexagon, previously known as MSC Software with the requisite knowledge and proficiency to provide a complete solution that brings together your people, process, and technology to streamline simulation operations.

MSC Co-simulation provides engineers with a unique, more complete & holistic performance insight by coupling together multiple simulation disciplines. Multibody dynamics (MBD), Computational Fluid Dynamics (CFD), and structural analysis (FEA) can be connected thanks to MSC CoSim. Depending on the type of analysis, engineers can use Hexagon’s solutions in two ways – Co-Simulation (applying multiple physics to the model simultaneously) or Chained Simulation (passing load case results from one analysis to the next). MSC Co-Simulation techniques Depending on the type of analysis, engineers can use MSC solutions in two ways – Co-Simulation (applying multiple physics to the model simultaneously) or Chained Simulation (passing load case results from one analysis to the next). 1. MSC CoSim engine The MSC CoSim engine...

Aprisa is a detail-route-centric physical design solution for the modern SoC. Whether your goal is to speed time to tapeout, reduce total cost of ownership, or achieve the lowest power usage, Aprisa is here with patented technologies and best-in-class support to ensure your success. Aprisa offers complete functionality for top-level hierarchical design and block-level implementation for complex digital IC designs. Its detail-route-centric architecture and hierarchical database enable fast design closure and optimal quality of results (QoR) at a competitive runtime. Siemens Aprisa 2023.1 Linux Tested Picture Reduced time-to-design closure A unified data model brings real route information and parasitics to any engine and step in the flow. Designers can confidently know their design’s achievable PPA at pre-route stage, greatly reducing...

Geoactive Interactive Petrophysics (IP) 2023 brings with it two brand new modules, several upgrades to the Image Analysis and Geomechanics Advanced Modules as well as a whole host of general improvements. Geoactive Interactive Petrophysics 2023 v5.0 Tested Picture The new modules are CO Sw Analysis for calculating water saturation behind casing in mature wells and the all new WITSML connector, which allows you to stay connected to all your live logging jobs. General improvements include further updates to our user interface, new interactive features within Logplots, more advanced search functions and a re-worked options window, making everyday workflows even more efficient. Extending the plotting options for the geomechanics module, integrating it into Monte Carlo module and new interactive multi-well Pore...

AVEVA Pipeline Network Design 2023 is a simulation software to model steady-state multiphase flow in oil and gas networks and pipeline systems. Rigorously models steady-state multiphase flow in oil and gas networks and pipeline systems with the power and flexibility to model applications ranging from the sensitivity analysis of key parameters in a single well to multi-year facilities planning studies for an entire field. Covers the complete range of fluids encountered in the petroleum industry, including single-phase, black oil, and compositional mixtures. AVEVA Pipeline Network Design 2023 Tested Picture Reservoir and Network Simulation Modeling capabilities needed to accurately manage and model reservoirs by developing an interface with reservoir simulators Simulation of C02 sequestration, enhanced oil recovery of depleted fields, and steam-assisted gravity drainage The...

INPLANT Fluid Flow Design is a rigorous, steady-state simulator for designing, rating, and analyzing plant piping systems. Engineers can quickly rate and analyze the safety of plant piping systems through INPLANT’s updated Graphical User Interface (GUI). INPLANT also enables the design of new piping systems or the revamp of a wide variety of existing systems. Applications range from simple, single pipe sizing and rating calculations to large, multiphase fluid piping networks with complex, nested-loop topology. Relief system problems involving networks with single or multiphase fluids at high velocities or in critical flow can also be solved using INPLANT. AVEVA INPLANT Fluid Flow Design 2023 Tested Picture The following enhancements have been made to INPLANT Fluid Flow Design 2023: Infrastructure Updates...

The nextnano.NEGF package is a cutting-edge package specifically designed for modelling quantum transport in planar structures. This package is the best choice for precise simulations of Quantum Cascade Lasers (QCLs) and Quantum Cascade Detectors (QCDs), Superlattices, and Resonant Tunnelling Diodes (RTDs). With the nextnano.NEGF package, you gain access to advanced computational capabilities, which includes calculation of band structures, energy-resolved carrier densities and the density of states, optical gain, output power and L-I-V characteristics, wall-plug efficiency, and much more. We are proud to say that nextnano.NEGF is truly the best commercially available tool for modeling quantum transport in QCLs. nextnano.NEGF is an advanced computational tool and the core engine of the nextnano.NEGF package. It utilizes the cutting-edge Non-Equilibrium Green Functions (NEGF)...

The nextnano++ package provides you with tools for designing, optimizing, and analyzing optoelectronic nanodevices of arbitrary geometries in 1D, 2D and 3D. This package is the best choice for modelling properties of a vast number of semiconductor structures. It allows you to design optoelectronic devices made of quantum wells, wires, and dots. With the nextnano++ package, you gain access to advanced computational capabilities, which includes calculation of band structures, densities of states, charge distributions, wave functions, strain, piezo effects, optical spectra, quantized conductance, and much more. This package includes: nextnano++ nextnano3 nextnano.MSB nextnanomat nextnanopy With a comprehensive suite of advanced features including a user-friendly graphical workflow manager, seamless integration with Python libraries, and a rich repository of practical examples, nextnano...

Altair Virtual Wind Tunnel UltraFluidX is a solution designed to provide better wind tunnel simulation and user experience. Altair’s HyperWorks VWT is able to more accurately and quickly predict an automobile’s aerodynamic performance.