TTPower Find

TTPower Find is a professional application that focuses on calculating key parameters of structural mechanics, providing accurate and efficient calculation support for engineers, architects and professionals in related fields.

In terms of moment of inertia (transverse stiffener) calculation, you only need to enter the cross-sectional size, material properties and distribution position of the transverse stiffener, and the application can quickly calculate its moment of inertia based on accurate mechanical formulas. This is crucial for analyzing the bending performance of structures under transverse forces, ensuring the stability and safety of structures such as buildings and bridges when subjected to lateral forces, and providing key data basis for structural optimization design.

The calculation function of moment of inertia (longitudinal stiffener) is equally powerful. By entering the relevant parameters of the longitudinal stiffener, its moment of inertia value can be accurately obtained. This helps to gain a deeper understanding of the mechanical behavior of the structure under longitudinal force, and in the design of components such as steel beams and columns, the longitudinal stiffeners are reasonably configured to improve the bearing capacity and overall performance of the structure.

For the calculation of the minimum flange thickness (support non-compact moment), the application takes into account factors such as support conditions, component stress conditions and material mechanical properties, and accurately determines the minimum flange thickness that meets the structural strength and stability requirements. In steel structure design, this can not only ensure the safety and reliability of the structure, but also avoid excessive use of materials and maximize economic benefits.

Whether you are designing a complex structure or evaluating the mechanical properties of an existing structure, this application will be your powerful assistant, making structural mechanics calculations easy, accurate and efficient.