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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Aeronautical Engineering vs. Aerospace Engineering: What Is the Difference?
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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Defining Connections Between Domains in Omnis
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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Exploring the Differences Between Enthalpy vs. Entropy
Learning the differences between enthalpy vs. entropy is important in understanding the heat transfer mechanisms in a thermodynamic system.
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How Enthalpy of Reaction Is Included in CFD Simulations
CFD problems can include enthalpy of reactions in chemical flow simulations. See how modern CFD codes handle these problems.
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A Discussion on the Laminar Flow of Water Through a Pipe
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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Turbomachinery Views for Results Analysis in Omnis
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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The Dynamics of Thermal Heat Flux
We will discuss the important role thermal heat flux measurements play in heat transfer analysis in this brief article.
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Conquering 3D Delaunay Triangulation
Use a 3D Delaunay triangulation to find a balance between computation time, resolution, and accuracy in CFD simulations.
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Understanding the Principles of Laminar Airflow
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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An Overview of the Heat of Fusion
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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Enthalpy Equations and Their Role in Fluid Systems Analysis
The solution to the enthalpy equations is key to understanding heat transfer and pressure requirements in a thermodynamic system.
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AiP/AiM Design for mmWave Applications - Advanced RF Front-End Design Flows from Concept to Signoff
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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RF/Microwave Technology Driving the Connected Car
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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Addressing 5G and MIMO Design with Circuit/ Antenna In-Situ Simulations
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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Multi-Chip Module Design, Verification, and Yield Optimization
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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Design of a 10GHz LNA for Amateur Radio Operation
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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Creating and Customizing Materials in Omnis
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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Turbomachinery Meridional Effects Part II
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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Turbomachinery Meridional Effects Part I
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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