A physical model is only valuable when it aligns with reality. In these case studies, you’ll see how we combine COMSOL simulations with lab measurements to solve complex noise and vibration problems. From microacoustics and damping to flow-induced noise: discover how physical analyses lead to well-founded design choices in real-world R&D projects.
Heat pumps must meet strict noise requirements before they can be brought to market. Although the operating noise of a heat pump can be reduced with advanced enclosures, it is advisable for manufacturers to keep the noise output of their heat pumps as low as possible. In this case study, you’ll learn how ASCEE helped one of its clients assess the noise output of their prototype heat pump.
Very loud sounds behave differently than normal sounds. Calculating these so-called “nonlinear” effects often requires a tremendous amount of time and memory in standard software. In this case study, you’ll learn how ASCEE cleverly solved this problem with a custom-built solver that can quickly and accurately simulate complex sound waves.
