Torsion springs are tested by applying torque or twist to the spring to measure its torque capacity and angular deflection. These tests assess the spring’s ability to store and release energy when subjected to twisting forces, ensuring its performance in applications like door hinges or clock mechanisms.
Other good materials include 7075-T6 aluminum (high strength), 7068-T6511 aluminum (very high strength), 38644 Beta C Titanium (very high strength and corrosion resistant), Delrin 100 (machinable plastic), and Ultem 2300 (machinable plastic). Any machinable material that can be made free of residual stresses is a valid candidate for use for a machined spring.
.Extension Springs
Springs and wire forms are the unsung heroes of countless mechanisms, supporting movement, providing tension, and ensuring the seamless operation of various devices. From small compression springs to complex wire forms, understanding how these components are made and how their design impacts functionality can make a world of difference.
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Yay tasarımında yapılması gereken hesaplamalardan biri de, yay deformasyonunu ve sıkıştırma sırasında dayanıklılığı belirlemektir. Her bir yay için, maksimum sıkıştırma miktarı, yay sabitiyle ilişkilidir. Bu hesaplamalar, iş güvenliği ve yay performansı açısından büyük önem taşır.