Вопросы здравоохранения актуальны для любого человека. Эта отрасль в большей степени, чем другие, касается каждого из нас. Медицинская продукция так или иначе связана с жизнью людей – улучшает ее качество или помогает поддерживать жизненно важные функции организма.

Специалисты АО «ЦИФРА» выполнили серию расчетов ветровой нагрузки на элементы радиолокационных и телевизионно-оптических систем по заказу ЗАО «Морские комплексы и системы».

CEPSA experts studied the effect of distributed static external pressure on a hemispherical glass mounted on a perfectly rigid foundation. Test samples of the analyzed hemisphere were made of K8 optical glass. The analysis showed that the possibility of the sphere breakage was 15%.

На конференции "Техническое обслуживание в целлюлозно-бумажной промышленности и гофроиндустрии" специалисты АО "ЦИФРА" представили доклад на тему "Моделирование и инженерный анализ вибраций и прочности машин".

Thermal analysis was undertaken to test thermal stabilization system operation and develop a solution ensuring thermal control inside the camera. New construction of the system included a copper coil filled with cooler at a temperature not exceeding 10 °С. The modification eliminated overheating.

The main objective of the study was to speed up electron gun cathode warm-up. Thermal simulation provided data on an electron gun reaching steady-state operation. Simulation results showed good agreement with experimental data and were used for further analysis of various warm-up methods.

Contact of humid air with electric components may cause condensation and lead to equipment breakdown. Therefore maintaining a required microclimate inside a pump control cabinet is crucial. CFD analysis provided data on relative humidity distribution and risks of condensate formation on electric components.

Simulating a photodetector cooling system and analyzing the behavior of its housing under external impact enabled engineers to find ways of the design improvement and develop a simulation method for this kind of research. The analysis results allowed the reduction of test models.

Evapolar is a portable air conditioner developed by a team of engineers in Saint Petersburg. The device creates a personal climate within 2-3 meters. Engineers analyzed airflow dynamics and tested a few design solutions to optimize the construction of the conditioner grille for higher performance.