• 

  MD+DI: Medical Device Simulation Strategy That Works

  We examine when computational modelling and simulation, or CM&S, genuinely supports medical device simulation strategy and when it becomes a costly detour.

• 

  Building Better Medical Devices Faster: The Strategic Role of CM&S

  Many teams still underuse CM&S, often bringing it late in device validation, when key decisions have already been made. That approach leaves much of the value of CM&S untapped.

• 

  Bioheat Transfer in Living Tissue: History, Models, and Engineering Applications

  This article traces the Pennes bioheat equation from its 1948 origins to modern multiscale approaches, explaining how engineers select the right level of modelling complexity across device categories.

• 

  Tissue Simulation: Advances for Next-Gen Medical Devices

  Today, 85% of the top 50 healthcare companies use Computational Modeling and Simulation (CM&S) to develop their products and processes. Whether it’s refining overall device parameters or optimizing critical requirements, engineering simulations help reduce development timelines and enhance design exploration.

• 

  Regulatory Clearance through Computational Simulation: Industry Opinion, FDA Strategy, & Successful Case Studies

  Computational Modeling and Simulation (CM&S) for medical devices has become a pivotal tool across the medical device industry, complementing and often enhancing traditional bench testing and clinical studies.

• 

  Computational Modelling and Simulation in Medical Device Development

  In a sophisticated world of ever increasing complexity, we need our tools to evolve alongside us and assist in complex decision making, allowing us to understand the consequences of choices ahead. Computational Modelling and Simulation (CM&S) is emerging as an essential tool in building evidence for medical device development.

• 

  Developing Optimized Aerosol Drug Delivery Systems

  Aerosol Drug Delivery Systems, including Aerosol-based pulmonary-delivered drug devices, offer significant value by enabling targeted drug delivery directly to the respiratory system.

• 

  Medical Device Vibration Analysis and Testing Reduce Risk

  The impact of vibration on medical devices can be understood through a combination of vibration analysis and testing. This article reviews medical devices most susceptible to vibration, provides basic theory and methods of vibration analysis, and summarizes the benefits of using modal analysis when developing medical devices.

• 

  Use computational modeling to validate thermoplastic properties in medical device design

  Importance of using Computational modeling thermoplastic properties to predict and validate thermoplastic properties in a medical device.

There are no posts to show