Learn how to virtually perform ADB night test drives on custom test tracks and how to design ADBs from automatic high beam to pixel beam with Ansys tools.
In this white paper, we will discuss the strategies and protocols to improve medical electronic device reliability and how these strategies will benefit both the patient and the manufacturer.
Improving the design and configuration of process flow equipment can lead to increased yield, enhanced product quality, reduced energy consumption, and shorter manufacturing times. Join this webinar to explore the potential of CFD, supported by AI/ML, to optimise and troubleshoot fluid-handling equipment and plant.
Watch this webinar to explore the potential of 3D Particle Dynamics Discrete Element Method (DEM) simulation, supported by AI/ML, to optimize and troubleshoot particle processing equipment and systems in process industries.
This webinar will review the ASME V&V 40 standard along with complementary FDA guidance that outlines a clear and consistent pathway for using CM&S in submissions.
UpNano combined their additive manufacturing system NanoOne with Ansys’
virtual prototyping technologies to help companies optimize polymer lens
development and achieve high-resolution precision at an unprecedentedly tiny
scale.
Explore how Ansys solutions optimize Noise, Vibration, and Harshness (NVH) engineering for superior performance and efficiency. Download our comprehensive e-book now.
Learn how Ansys Twin Builder can help with the rising demand for ultra-low power design methodologies in power electronics and electric vehicle manufacturing through advances in battery technology.
Learn how students at the Institute of Thermal Turbomachinery in Stuttgart use Ansys tools to simulate aerodynamics, structural dynamics and fluid-structure interaction.
Learn how Ansys ACT-based workflows yielded a 25 to 30% improvement in overall engineering productivity, which led to a savings of approximately three man-months per engineer.
Running Ansys HFSS simulations 18 times faster on cloud enables Continental to quickly optimize radar applications and mitigate electromagnetic scattering for automotive customers.
This white paper discusses the challenges and solutions around enabling photonic system level design, especially with a focus on cutting-edge solutions for creating foundry-compatible photonic compact model libraries that support multiple platforms and workflows.
This white paper describes important simulation technologies that enable the Ansys Lumerical INTERCONNECT photonic integrated circuit simulator to simulate edge emitting lasers in the time domain by including arbitrary gain spectrum profiles and self-heating effects.
Join us to learn how to model laser beam propagation and simulate the structural deformation caused by mechanical stress and thermo-elastic effects using Ansys Zemax OpticStudio.