Simulations

Resonance offers comprehensive solutions in transducer design and acoustic field simulations, employing advanced technology to meet diverse client needs. Through our services, we utilize two main methods: the KLM method and finite element method (FEM). With the KLM method, we analyze transducer designs by considering electrical, mechanical, and acoustical components, optimizing performance for various applications. Additionally, utilizing finite element methods, we simulate acoustic fields to visualize wave propagation and behavior within different mediums, enabling precise predictions of performance characteristics. Our tailored approach ensures optimal functionality and efficiency, empowering clients to make informed decisions and drive innovation in their projects.

Using KLM models we can provide the following output:

• Z-theta curves in the frequency range of interest
• Pulse-echo response
• Pulse-excitation response
• Center frequency, bandwidth of the transducer for a given load

Using finite element methods we can generate the following output:

• Stationary and time domain analysis
• Beam profile in 2D and 3D
• Beam profile along the transducer axis
• Lateral profile in 3D
• 2D profiles 
• Profiles along Azimuth direction
• Directivity over the bandwidth of the transducer
• TVR over the bandwidth of the transducer
• Excel data files
• Report generation

If there is another simulation type you wish to have done, please contact us so that we may explore additional methods and tailor our services to meet your specific needs and objectives. Our team is dedicated to delivering comprehensive solutions and continuously expanding our capabilities to support your projects effectively.