With over 35 years of dedicated expertise in the realm of structural dynamics and acoustics across systems, buildings, and nonstructural elements, we are committed to crafting innovative solutions for dynamic and acoustic environments. Dynamica stands as the premier consultancy firm for Dynamic and Acoustical endeavors in Israel.
Our team comprises over 45 skilled professionals, boasting 30 design engineers and scientists, primarily holding degrees in mechanical engineering at the Bachelor’s and Master’s levels, alongside 4 Ph.D. scientists.
Nestled north of Tel Aviv, in the picturesque village of Kfar-Vitkin, our headquarters feature state-of-the-art facilities including offices, research laboratories, and workshops tailored for modeling, experimentation, and production.
Our engineers actively engage as integral members of development teams, lending their expertise to major projects, particularly supporting R&D initiatives, infrastructure, and the design of cutting-edge research edifices, alongside diverse sectors such as micro/nano-electronics.
Over the years, we have pioneered groundbreaking technologies utilized by our esteemed clientele, spanning both civil and government-affiliated defense industries.
Our project portfolio extends across the globe, with operations spanning Germany, Japan, the United States, the United Kingdom, Ireland, France, Canada, India, Nigeria, South Korea, and the Netherlands.
Departments
Engineering R&D department
Under the leadership of Anat Sokol, our Engineering R&D department spearheads the design, modeling, and integration of Dynamica’s diverse engineering proficiencies into comprehensive, tailored solutions.
With a keen focus on innovation and efficiency, our team navigates through various projects, adeptly transforming complex challenges into optimal solutions. Leveraging a vast array of tools, industry relationships, intellectual property, and knowledge, we enhance customer benefits and deliver precise, targeted outcomes.
The Engineering R&D department offers an array of services including:
- R&D and Project Management: Guiding projects through all design stages, from conceptualization to execution, ensuring alignment with customer specifications or facilitating full solution development.
- Vibration, Shock, and Noise Control: Addressing the nuances of challenging dynamic environments in sectors such as special buildings, railway infrastructure, and sensitive applications, employing effective control measures.
- Consultancy Services: Offering expertise in vibration and shock-absorbing elements and products, including both bespoke designs and commercial off-the-shelf solutions.
- Seismic Calculations and Design Improvement: Conducting thorough seismic assessments and enhancing the design integrity of various structures, spanning building structures, dynamic elements, HVAC bases, electro-mechanical components, pipings, racks, and electrical boxes.
- Tuned Mass Dampers (TMD) Design: Crafting and fine-tuning TMD solutions tailored to address diverse dynamical challenges effectively.
With a steadfast commitment to excellence and a wealth of experience, our Engineering R&D department stands ready to tackle the most demanding engineering endeavors, delivering results that surpass expectations and elevate industry standards.
Dynamics and Analyses R&D department
Led by the esteemed Dr. Anatoly Kovadlo, our Dynamic Analysis Department specializes in the meticulous modeling, simulation, and analysis of mechanical systems, buildings, and assorted structures, employing cutting-edge ABAQUS FEA simulation software.
Simulation serves as a powerful tool within our arsenal, enabling us to validate design objectives swiftly during the early stages of development or to pinpoint the root causes of failures and discrepancies in existing products.
Our Dynamic R&D Department offers a comprehensive suite of services:
- Dynamic Consultancy: From the preliminary design phase to critical design stages, production, and beyond, we provide expert guidance and solutions for various challenges and failures encountered in service.
- Environmental Modeling and Prediction: Leveraging advanced modeling techniques, we simulate and predict the effects of diverse environmental conditions, including vibration, shocks, thermal fluctuations, and pressure variations.
- Vibration and Shock Control: Our expertise extends to the control of vibration and shock in complex dynamic environments, ensuring the optimal performance and longevity of critical systems.
- Consultancy on Vibration and Shock Absorbing Solutions: Whether it’s custom-made designs or off-the-shelf products, we offer consultancy services tailored to meet specific vibration and shock absorption requirements.
- Finite Element Modeling and Design Enhancement: Utilizing sophisticated finite-element modeling approaches, we interpret results and enhance the design integrity of various structures, spanning building infrastructure, vehicles, dynamic elements, pedestals, HVAC and piping bases, electro-mechanical components, racks, electrical boxes, micro-scale electrical components, and even biological tissues.
With a commitment to excellence and a relentless pursuit of innovation, our Dynamic Analysis Department stands as a beacon of reliability and precision, ready to face the most intricate engineering challenges and deliver unparalleled solutions.
Multi-physics R&D department
Led by the distinguished Dr. Saar Golan, our Multi-Physics and Technology Development Department is dedicated to advancing the frontiers of engineering through sophisticated modeling, simulation, and analysis. With a focus on vibro-acoustics, aero-acoustics, aerodynamics, and multi-physics co-simulations, we employ high-fidelity models to tackle the complexities of mechanical systems, buildings, and intricate structures.
Simulation serves as our cornerstone, empowering us to explore the intricate interplay of various design objectives and high-end, nuanced physical phenomena. Through these simulations, we unravel the counter effects inherent in design decisions and investigate the depths of complex engineering problems.
Our Multi-Physics R&D Department offers a diverse range of services:
- Research and Development Studies: We engage in exploratory studies aimed at tackling challenging engineering problems and pioneering new technological frontiers.
- Multi-Physics Modeling and Simulation: Leveraging our expertise, we conduct multi-physics modeling and simulations, meticulously examining the interactions between different physical parameters to uncover insights and optimize designs.
- Technological Development Consultancy: Drawing on our deep understanding of dynamics, acoustics, and their interplay, we offer consultancy services in technological development, providing guidance on dynamic and acoustic phenomena and their broader implications across various fields of interest.
- High-End Simulations: Our department specializes in high-fidelity simulations of complex physical and engineering problems, delivering insights and solutions that push the boundaries of possibility.
With a commitment to innovation and a passion for pushing the limits of what’s achievable, our Multi-Physics and Technology Development Department stands ready to tackle the most intricate engineering challenges and drive technological advancement forward.
Acoustical department
Heading the Acoustical Department is Senior Consultant Daniel Vissoker, recognized for spearheading the design of prestigious facilities with exacting room and field acoustics requirements.
Previously, from 2004 to 2018, the department was under the leadership of the late Abraham Melzer M.Sc., a globally recognized acoustical consultant whose expertise continues to resonate within our team.
Our company specializes in consulting for the most demanding performance venues, including symphonic music halls, opera houses, and theaters, alongside major office and industrial projects focusing on noise and vibration control. We develop bespoke solutions both domestically and internationally. Our department meticulously defines acoustical parameters for sensitive equipment, open-plan offices, industrial complexes, experimental sites, enormous halls, and multipurpose venues.
Our acoustical expertise spans a diverse array of structures, including concert halls, theaters, opera houses, public centers, offices, residences, schools, shopping malls, sports facilities, museums, restaurants, universities, synagogues, and factories across Israel, Europe, the United States, and South America.
The Acoustical Department offers a comprehensive range of services, including:
- Acoustics Consultancy: Providing expert guidance throughout all stages of design, from program development and initial drawings to bids, construction oversight, and supervision.
- Modeling and Prediction: Utilizing SoundPLAN software, we model and predict environmental noise distribution from sources such as factories, roads, airports, and aircraft.
- Noise Measurement and Analysis: Conducting and analyzing noise measurements from various sources, including aircraft, large engine facilities, and jet engines, utilizing both mobile equipment on-site and laboratory setups.
- 3D Modeling: Employing Odeon software, we create detailed 3D models of concert halls, auditoriums, factories, and other structures to optimize acoustical performance.
- Silencing System Design: Offering detailed design solutions for silencing electro-mechanical systems such as elevators, HVAC systems, underground parking ventilation, emergency generators, and more.
With a legacy of excellence and a commitment to precision, our Acoustical Department stands ready to deliver unequalled solutions for even the most challenging acoustical environments.
Measurements and Laboratories
Heading the Measurement and Laboratories Department is Dr. Egor Dyunin, overseeing a team dedicated to conducting precise measurements and data processing across various parameters including vibration, acoustics, temperature, air velocity, and EMI (Electromagnetic Interference). These measurements, along with modal tests and reverberant or low-background-noise acoustic testing, are performed utilizing Dynamica’s cutting-edge lab facilities.
Our laboratories serve as hubs for dynamic and acoustic studies and measurements, comprising an Anechoic chamber, Anechoic room, and Reverberation room. These facilities are instrumental in conducting acoustic tests of materials, doors, and structural components, adhering to both Israeli and international standards.
Key aspects of our measurement capabilities include:
- Equipment: Dynamica boasts a range of state-of-the-art equipment including electrodynamic shakers, tensile machines, and measurement and analysis systems for noise and vibration.
- Field Measurements: Our team conducts professional noise and vibration measurements both on-site at customer locations and within our laboratories.
- Monitoring Services: We offer professional monitoring measurements tailored to various needs, whether in the field or at customer sites, with capabilities for online alerts and scheduled periodic reporting, as well as transient event investigation.
- EMI Measurements: Dynamica specializes in professional EMI measurements, conducting assessments in the field or at customer sites.
- Application: Our measurements cater to a diverse clientele, including microelectronics plants and projects spanning Israel and other countries. The data collected serves as a valuable database for simulation inputs, analyses, and the design of solutions.
With a commitment to precision and utilizing the latest technological advancements, the Measurement and Laboratories Department at Dynamica stands prepared to meet the most demanding measurement challenges, providing invaluable insights to drive innovation and optimize solutions for our clients.
Production line supply
Our proprietary custom solutions are primarily manufactured and supplied for complex projects, showcasing our dedication to meeting the unique needs and specifications of our clients.
Within our warehouse, we maintain an inventory of products from our affiliates. These products serve as essential components for both prototypes and serial production of dynamic and acoustical solutions. By leveraging this inventory, we ensure swift and efficient execution of projects while upholding the highest standards of quality and performance.
