Past Events

On Demand CadenceTECHTALK: Shift-Left Thermal Analysis with Celsius Studio: AI-Enabled Multiphysics Thermal Platform

Join our webinar as we present the new Cadence Celsius Studio the industry’s first complete thermal platform for electronic systems developed specifically to address thermal analysis, thermal stress, and electronics cooling design issues. This solution provides accurate system-level thermal analysis by combining finite element method (FEM) with computational fluid dynamics (CFD) technologies for full-system thermal analysis from chip to packaging to board through to the end-system product.

On-Demand CadenceTECHTALK: Simulation of Ship Seakeeping and Roll Decay Using CFD

In this webinar, Vincent Jacobs, Hydrodynamicist and CFD Specialist at Van Oossanen will explain how they used CFD simulation to predict the ship's roll decay, from mesh to simulation, and which options ensure good-quality simulations. He will then compare the CFD results with alternative methods, such as towing tank tests and empirical methods.

On-Demand CadenceTECHTALK: High-Accuracy Cavitation Simulation of Hydrofoils

Discover how to streamline your workflow for cavitation analysis, making it faster and boosting its robustness, with adaptive grid refinement in Fidelity Fine Marine.

On-Demand CadenceTECHTALK: Accelerating Automotive SoC Design With Chiplets

3D-IC architectures can integrate multiple homogenous and heterogeneous dies/chiplets, such as logic, memory, analog, and RF, into a single design. By using a standardized interconnect structure like the Universal Chiplet Interconnect Express (UCIe), chiplets have the potential to revolutionize vehicle performance and functionality of future automotive SoCs. Cadence provides the most comprehensive integrated 3D-IC design and interconnect IP solution for chiplet-based design. Register for this webinar to learn how designers can pack more functionality into smaller form factors while improving productivity and reducing costs.

On-Demand CadenceTECHTALK: Optimality Intelligent System Explorer: Applying AI/ML Technology for Rapid Design Optimization

With the Cadence Optimality Explorer, users can explore the same design space more efficiently and intelligently. By leveraging artificial intelligence/machine learning technology, Optimality Explorer removes the need for exhaustive sweeps and dramatically reduces the number of iterations required to converge to the optimized solution.

On-Demand CadenceTECHTALK: Frequency Domain Models for Turbomachinery CFD Simulation

In this 30-minute CadenceTECHTALK, we introduce the theory behind the frequency domain approach and discuss some methods in the literature, from non-linear to harmonic balance. We’ll use Fidelity CFD software to showcase the non-linear harmonic method on a NASA fan.

On-Demand CadenceTECHTALK: Boost Your CFD Simulation Productivity with Python Programming in Fidelity

Register for this webinar that shows you how to boost CFD productivity, consistency, and reliability across your organization with Python scripting for Fidelity. In this webinar, we will explain Python programming in Fidelity, and how to start writing your Python scripts in minutes. We will share examples of a broad range of scripts for various applications.

On-Demand CadenceTECHTALK: Create Better Designs Faster with Data Analysis for CFD

Automated design optimization supports the design engineer in finding better designs faster. A computerized approach that systematically searches the design space replaces manually evaluating several design choices. The focus and energy of the engineer shift from setting up and running simulations to better understanding and analyzing design spaces. In this webinar, we introduce design optimization solutions in Fidelity focusing on data analysis.

On-Demand CadenceTECHTALK: Simulating Fluid-Structure Interaction (FSI) with Fidelity

Fluid-Structure Interaction (FSI) modeling is a fundamental step in the design process of turbomachinery. Highly variable pressure and temperature gradients affect not only efficiency and performance but also the structural integrity of blades. In this CadenceTECHTALK, we introduce Fidelity’s FSI simulation capabilities, describe how geometry deformation can be modeled, and explain its effect on the fluid field.

On-Demand CadenceTECHTALK: Self-Propulsion CFD Simulations: Get Them Right and Fast

Cadence helps the maritime industry effectively achieve ship contract speed while respecting the new environmental regulations. As such, self-propulsion simulations are crucial and must provide accurate information for propeller thrust, torque and rotation rate, power, and the vessel's dynamic position relative to others. Register for a webinar where we explore many features that Cadence offers for highly accurate and automated self-propulsion simulations.