Structural Mechanics Blog Posts
Using Effective Mass for Thermomechanical Calibration
Researchers from the University of Alberta use simulation for an efficient and noninvasive way to achieve thermomechanical calibration. Learn more about their research and its applications.
Thermal Contact Resistance Simulation
When 2 materials are in direct contact, thermal conductivity is determined by their properties, but surface roughness introduces air-filled gaps between the materials. How do you model this?
Reducing Vibrations with Viscoelastic Structural Dampers
Whether caused by an earthquake or everyday wind, when a structure undergoes vibrations, its components experience stresses and strains. Viscoelastic structural dampers can help >>
Simulating Wear in COMSOL Multiphysics
A guest blogger from Veryst Engineering, a COMSOL Certified Consultant, shares how he implemented a wear model in COMSOL Multiphysics® and validated it by simulating a pin-on-disc wear test.
Designing Fully Superconducting Rotating Machines
Researchers from the Department of Mechanical Engineering at the University of Houston used simulation to investigate the stress and heat distribution in superconducting rotating machines >>
Stress and Fatigue in Modular Implants Used in Hip Joints
A crucial part of the design process for modular implants, such as replacement joints, is to study how the modular combination of parts will behave under dynamic loads and stresses.
Seas of Change for Wind Turbines
One benefit of placing wind turbines offshore? They can’t be heard! Even better? High winds occur with more regularity offshore, making energy production more effective!
Air Pressure Sensor Performance Relies on a Solid Design
Ever wonder how your car can tell when there’s low pressure in a tire? Sensors are placed at the bottom of each tire hub and measure air pressure automatically while the car is in motion.