Exploring the Science of Laminar Flow in Airplanes
Laminar flow in airplanes reduces drag and increases lift, which improves design efficiency.
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Solving electromagnetic, RF, thermal, and SI/PI simulation challenges to ensure your system works
Laminar flow in airplanes reduces drag and increases lift, which improves design efficiency.
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Have you ever wondered what the differences between aeronautical engineering vs. aerospace engineering are? Learn about each field in this article.
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In this video, we continue a series of videos on how to use the Omnis interface. This video focuses on defining connections in and between domains.
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Learning the differences between enthalpy vs. entropy is important in understanding the heat transfer mechanisms in a thermodynamic system.
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CFD problems can include enthalpy of reactions in chemical flow simulations. See how modern CFD codes handle these problems.
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The laminar flow of water in a pipe is correlated with the velocity, viscosity, pressure difference, and shear stress within a system.
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In this video, we continue a series of videos on how to use the Omnis interface. This video focuses on turbomachinery views for results analysis.
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Evaluate Your RF/Microwave Design Needs
Start Free TrialWe will discuss the important role thermal heat flux measurements play in heat transfer analysis in this brief article.
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Use a 3D Delaunay triangulation to find a balance between computation time, resolution, and accuracy in CFD simulations.
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The uniformity in velocity and direction of a laminar airflow system provides an opportunity to create a clean and sterile environment for manufacturing.
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Learn the proper order of PCB design services and what happens during each step—from the design to testing stages of the PCB production process.
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The solution to the enthalpy equations is key to understanding heat transfer and pressure requirements in a thermodynamic system.
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The focus of this white paper is on the general challenge of antenna design and simulation as implemented with antenna-in-package (AiP) and antenna-in-module (AiM) advanced packaging technology...
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This white paper looks at AWR software solutions for RF to mmWave front-end component development that addresses electronic product development for automotive applications.
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This application note illustrates how the new in-situ measurement feature in Cadence AWR Design Environment, specifically AWR Microwave Office circuit design software, enables communication...
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This application note presents a unified design flow, inclusive of all process technologies, enabling designers of wireless communications systems that incorporate multi-technology-based modules...
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Couple the mysterious nature of amateur (ham) radio in microwave bands to the lack of storebought gear that operates in this band and you have the right recipe for a home brew of equipment.
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In this video, we continue a series of videos on how to use the Omnis interface. This video focuses on creating and customizing materials.
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In this video, we continue a series of introductions on how to use the Omnis interface. This video is Part II of a two-part series focusing on setting up meridional effects.
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In this video, we continue a series of introductions on how to use the Omnis interface. This video is Part I of a two-part series focusing on setting up meridional effects.
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