Ozen Engineering, Inc.

Learn how to adjust meshing fidelity in Ansys Discovery Explore mode by using the fidelity slider and Global Fidelity tab to check and modify the mesh size.

Meshing Fidelity in the Explore Mode in Ansys Discovery This tutorial video illustrates how to adjust meshing fidelity in Explore mode by using the fidelity slider and Global Fidelity tab to check and modify the m...

Discover the power of advanced fan modeling in CFD simulations with our latest video on the Moving Reference Frame (MRF) approach in Ansys Icepak.

This method significantly improves flow prediction accuracy around fans compared to the simpler 3D Fan Object.

Modeling Realistic Fans with Ansys Icepak Discover the power of advanced fan modeling in CFD simulations with our latest video on the Moving Reference Frame (MRF) approach in Ansys Icepak. We demonst...

Learn how to streamline the solar panel optimization process using the advanced features of Ansys Lumerical.

Watch us demonstrate the pivotal role Lumerical plays in the innovation of high-performance, next-generation solar panels, and how it simplifies the development process in its entirety. We'll also cover design parameters that are essential for simulations of light and photovoltaic material interactions.

How to optimize solar cells using Ansys Lumerical Learn how to streamline the solar panel optimization process using the advanced features of Ansys Lumerical.Watch us demonstrate the pivotal role Lumerical p...

ANSYS HFSS: Array Analysis Using The Array Factor Calculation

ANSYS HFSS: Array Analysis Using The Array Factor Calculation This blog illustrates how to use the ANSYS HFSS built in array factor calculation method to compute antenna array radiation pattern for designs that have analyzed a single array element.

Best Practices in FlowNex

Best Practices in FlowNex Unlock the full potential of FlowNex with these expert tips and strategies designed to streamline your workflow and enhance your projects.

Using Named Selections In Ansys Mechanical

Using Named Selections In Ansys Mechanical Learn how to use named selections to get the most out of Ansys Mechanical. This helps with scoping boundary conditions and material properties.

This webinar is intended to show how to simulate and analyze a microstrip patch antenna using ANSYS HFSS. Watch Now -> https://bit.ly/3wNRY2E

🔴 LIVE ANTENNA DESIGN PANEL IN 2 DAYS!

Join us LIVE and ask our panel of experts your antenna design questions. If you have not yet registered, register here --> https://bit.ly/39LMJIN

Ask an expert how to:
👉 Improve installed performance of your off the shelf antenna
👉 Custom Patch, PIFA antenna designs for your wireless device
👉 Optimize your IoT antenna system performance
👉 Design miniaturized high-performance antenna arrays
👉 Evaluate antenna coupling and platform integration effects
👉 Accurately predict antenna performance before prototyping
🔴 Register for the LIVE event today!

promo.ozeninc.com/ask-the-antenna-design-experts

It's now easier to send Ozen Engineering, Inc. a message.

"Using traditional test instruments to ensure signal coverage of the device meets the specific FCC requirements needed for release can take months. Wistron Corporation turned to Ansys to reduce simulation in real time—cutting time to market and costs."
https://www.ansys.com/news-center/press-releases/1-27-2022-ansys-boosts-wistron-corporation-5g-cellphone-antenna-development

Ansys Boosts Wistron Corporation’s 5G Cellphone Antenna Development Wistron Corporation adopted Ansys software to automate analysis of its 5G cell phone antenna applications

Posted by our CEO Metin Ozen on his LinkedIn profile:

"Chris Wondolowski - retiring after 17 seasons in MLS; 14 seasons of which with San Jose Earthquakes. Below is a picture of him from 2011 when Ozen Engineering, Inc. was the corporate sponsor for Chris Wondolowski; so many memories, so many goals! Wondo scored even in his last game today (total of 173 goals); he has the most MLS goals record all time with Landon Donovan trailing in the second place at 145 goals (now both of them retired).
What a great MLS career! Wondo has been perfect example of hard work and grit until the last second of this beautiful game!
Thank you for the memories; thank you Wondo!
"

"Join us at Photonics West from January 22-27, 2022 at the Moscone Convention Center in San Francisco. This event brings together photonics solutions, components, instruments, and systems providers from around the world to solve the latest optical transceivers, data center interconnects, integrated photonics, lasers, augmented/virtual reality (AR/VR), autonomous driving, image sensors, and display design problems."
https://www.ansys.com/blog/join-us-at-photonics-west-2022-to-explore-the-future-of-photonic-design

Join us at Photonics West 2022 to Explore the Future of Photonic Design With the acquisition of Zemax, Ansys is now represented by two booths at Photonics West: Lumerical ( #4411) and Zemax ( #1843) — which offer an end-to-end optical simulation solution together with Ansys Speos.

To bring even more expertise and specialized services to our customers, we’re pleased to welcome Singularity Engineering LCC (Oakland, CA) and Mallet Technology, Inc. (Durham, NC) into the Ozen Engineering family.

With this merger, customers will have access to an even larger pool of engineering resources for tech support, training, and consulting services.

Both companies are established Ansys Certified Channel Partners, and they strengthen our existing expertise in Digital Twin modeling, electric motor simulations, and battery simulations as well as bring additional application and industry expertise.
https://www.ozeninc.com/company-mergers/

Company Mergers - Ozen Engineering and ANSYS To bring even more expertise and specialized services to our customers, we’re pleased to welcome Singularity Engineering LCC (Oakland, CA) and Mallet Technology, Inc. (Durham, NC) into the Ozen Engineering family.

Design Challenges for Hypersonic Vehicles

"Join this webinar to learn about the concept of the hypersonic digital twin and learn about recent CFD validations that support the digital twin." (January 20 at 16:00 GMT/UTC)

"The resurgence in hypersonic technology highlights the need to simulate complex systems using computer simulations. Given the extreme costs of flight testing and the limited capabilities of ground-based wind tunnels, computer simulation is a key enabling technology to stay ahead in the design and analysis of hypersonic vehicles.'

https://www.ansys.com/events/tackling-design-challenges-for-hypersonic-vehicles

Internet of Things: boundless opportunities for online presence of devices of all kinds. In a large fraction of all applications, wireless communication is vital. An article we have recently published addresses design challenges faced when designing a key component for such communication - and how Ansys supports the development of solutions.

https://www.ozeninc.com/miniaturized-iot-antennas-what-is-the-size-limitation/

Miniaturized IOT Antennas - What is the Size Limitation? - Ozen Engineering and ANSYS Nowadays, wireless communication devices such as IOT place extreme requirements on efficient, miniaturized, and wideband antennas. The antenna designer is faced with the challenging question of whether he could design an antenna to meet these specifications in such limited space. Early in a design c...

and the team: active contributors to the James Webb Space Telescope NASA - National Aeronautics And Space mission. https://www.ozeninc.com/engineering-the-james-webb-space-telescope/

Engineering the James Webb Space Telescope - Ozen Engineering and ANSYS Learn how Ansys engineering simulation tools helped engineer the James Webb Space Telescope, including work perform on MEMS device by Mallett Technology, a sister company.

at the intersection of and . Additive manufacturing - with ! https://www.ansys.com/blog/selecting-materials-for-aerospace-additive-manufacturing

Selecting the Right Materials for Aerospace Additive Manufacturing | Ansys Comparing processing techniques plays into the materials selection for aerospace additive manufacturing applications.

A 74-meter long floating power plant moored to the seabed. How it works, and how simulations enabled this game-changing tidal turbine. https://www.ansys.com/blog/making-waves-in-sustainable-energy

Making Waves in Sustainable Energy Learn how Orbital is leveraging simulation to address complex engineering challenges on the way to revolutionizing the global energy industry with the introduction of the O2, the world’s most powerful tidal turbine.

Coming soon: exceptional opportunity hear from leading experts on . Another virtual event from , creators of .

"The concept of material intelligence is multi-faceted; it’s about capturing and linking materials information from different data sources to provide a valid context for where this material is used and where to use it in the future." https://www.ansys.com/blog/unlock-material-intelligence-at-ansys-new-virtual-event

Unlock Material Intelligence at Ansys’ New Virtual Event As most simulation analysts will attest, inaccurate materials lead to inaccurate simulations. Material intelligence is the answer.

and design: a cool topic, an extremely impactful technology. Learn more on this blog: https://www.ansys.com/blog/get-high-fidelity-optical-edge-case-analyses

Get High-Fidelity Optical Edge Case Analyses With Lidar Simulation Learn how high-fidelity simulations of lidars can provide an in-depth understanding of edge cases to optimize a lidar design.

LIDAR Photonics: Light Detection and Ranging. From advanced models of smartphones to autonomous cars, drones, and robots, technology is increasingly ubiquitous. Learn about use of for the design of LiDAR system. The software includes packages that allow waveguide mode analysis, antenna layout and optimization, 3D FDTD (Finite Difference Time Domain) and more. https://www.ozeninc.com/light-detection-and-ranging-lidar-photonics/

Light Detection and Ranging (LIDAR) Photonics - Ozen Engineering and ANSYS Light Detection and Ranging (LIDAR) is a technology based on the well known RADAR technology based on radio waves in use since the early 20th century to detect distant objects. Learn more ...

Triple S! Supercomputers, Simulations, and Sustainability come together in this announcement. The carbon footprint required for developing new products decrerases when wise choices are made regarding the hardware on which your computations run. https://www.ansys.com/news-center/press-releases/10-15-2021-ansys-enables-more-sustainable-product-development-with-fujitsu

Ansys Enables More Sustainable Product Development with Fujitsu Ansys breaks new ground in green technology leadership through collaboration with Fujitsu, provides reduced cost and enhanced productivity for mutual customers