Quanscient

📁The executive summary PDF of our #MUT design webinar is out! In our event last Tuesday we covered how Quanscient #Allsolve enables wider design space and optimizes the performance of CMUT and PMUT devices. The 60-minute session included: • Simulating large sections of MUT arrays to efficiently capture effects like cross-talk and directivity • How to run fully coupled transient simulations on CMUT and PMUT arrays • A live demonstration and results of a PMUT array simulation in Quanscient Allsolve by Dr. Andrew Tweedie, showcasing key outputs like pressure, mechanical crosstalk, and electrical crosstalk In case you missed the live event but are interested in learning how to analyze your MUT design, be sure to grab the downloadable PDF summary from the link below. https://lnkd.in/dKXy3Gs7

We're happy to announce our newest team member, Juha Tampio! Juha has a background in computational #electromagnetics, with specialization in electromagnetic force characterization. For the last 8 years, he has worked with medical imaging related algorithm development, human anatomy characterization, and automated surgical planning. In addition to his background in applied physics, Juha is enthuastic about software development with experience working as a full stack developer. Juha joins our solver team as a Senior Algorithms Engineer, where he will initially work to improve the functionality and performance of Quanscient Allsolve's CAD engine. Please give Juha a warm welcome!

Designing micromachined ultrasonic transducers (MUTs) using traditional simulation tools can be challenging for the following reasons: • MUTs' complex structures and layers complicate accurate modeling • Arrays with thousands of elements exceed traditional simulation capabilities • Simulating MUTs involves multiple demanding physical phenomena • Broadband operation requires intensive transient analysis • Models with millions of degrees of freedom challenge simulation tools • CMUTs' non-linear behavior demands specialized techniques Quanscient #Allsolve addresses these MUT design challenges directly through cloud-computing and advanced numerical techniques. Watch the clip for the challenges and stay tuned for our #webinar materials to see how Quanscient Allsolve solves them.

Our #webinar on MUT design yesterday was a great success—thank you to everyone who joined! We’ll be sharing the executive summary PDF with registrants by the end of the week. In the meantime, here's a clip showcasing Quanscient Allsolve in action: → Over 700 MUT cells simulated in a single array, as demonstrated by Dr. Andrew Tweedie Check out the clip below and stay tuned for the webinar materials coming soon!

Our webinar "Analyze your MUT design with cloud-based multiphysics simulation" is today! Here is the last-minute key information for you: What? • A 60-minute webinar on exploring a wider design space and optimizing the performance of your CMUT and PMUT devices with Quanscient Allsolve For whom? • Engineers, engineering managers, and anyone interested in the practical applications of cloud-based simulations for CMUT and PMUT devices Where? • Right here https://lnkd.in/dWAvss2z When? • Today at 10 am EDT / 3 pm BST With close to 100 professionals, this is the last chance for live access to the event. Join us from the link below. https://lnkd.in/dWAvss2z

Quanscient Allsolve acoustics benchmark by our CTO and Co-founder Alexandre Halbach: • Simulation: 3D frequency #FEM acoustics simulation at 8 kHz • Size: 1 billion unknowns • Runtime: 11 minutes • Number of cores: 3500 (58 TB RAM) → Using a phone browser in a restaurant!

Our new blog post on #SAW filter design with Quanscient Allsolve is out now! SAW filters are electronic components that are used in communication, aerospace, defence, and more. The accuracy of SAW filter design is critical since missteps could lead to major failures especially in high-frequency environments where even small deviations can have significant impacts. Quanscient Allsolve enables fully coupled #multiphysics simulations, providing precise and reliable predictions of filter behavior. With frequency sweep capabilities and handling both harmonic and time-domain simulations, Quanscient Allsolve enables flexibility, accuracy and automation to engineers. Want to learn more? Read our blog post from the link below. https://lnkd.in/degf-Nev

Our #PMUT and #CMUT design #webinar with Dr. Andrew Tweedie is just a few days away! In this live event, we’ll discuss how Quanscient Allsolve optimizes performance, provides wider design explorations, and enables faster development cycles in #MUT design. We’ll also explore the results of PMUT and CMUT simulations through live demonstrations and case examples. Want to learn how cloud computing can improve MUT simulations? Join us on December 17th, 4–5 pm (CET) from the link below. https://lnkd.in/dWAvss2z

Welcome our newest developer, Toni Partanen! Toni has 20 years of experience in software development across various customer projects, ranging from embedded medical software to large-scale web services. As a Senior Full Stack Developer, he will be joining our developer team and applying his extensive experience to further improve the capabilities and robustness of Allsolve. Please give Toni a warm welcome to the team!

Exciting news from our Quanscient Quantum Labs! We’re happy to announce our partnership with Oxford Ionics and Airbus to develop quantum computing applications for fluid dynamics (CFD) modeling. Combining Quanscient’s #CFD algorithms with Oxford Ionics’ powerful quantum computers, a roadmap for feasible simulations on quantum hardware will be created. As such, this collaboration aims to address some of the most complex challenges in the aerospace industry. Click the link below to read the full news by The Quantum Insider. https://lnkd.in/e22zSUyt #quantumcomputing #simulations #fluiddynamics