GS2-14-HE

GS2-14-HE stands for Generalized Shock and Vibration Analysis Software-14- HE – where HE stands for Harmonic Excitation.It is mainly used for harmonic excitation analysis. Harmonic excitation is defined as the input of a periodic force or motion to a system that produces a steady-state response.The primary purpose of GS2-14-HE is to study the dynamic response of structures to harmonic excitations, such as rotor unbalance or wave action on a vessel. GS2-14-HE is an easy to use program with graphical user interface for harmonic excitation analysis.

GS2-14-HE can perform a wide variety of analyses including static and dynamic analysis, modal analysis, and response spectrum analysis. It also allows the user to simulate any type of excitation, including harmonic excitation.The capabilities of GS2-14-HE include the analysis of structural elements such as beams, rectangular frames, plates and shells. GS2-14-HE enables the user to analyze the dynamic response of a structure to a harmonic excitation, which is the primary focus of the software.

The analysis procedure involves the calculation of the natural frequencies of the structure, and the associated mode shapes. The user then enters the specified excitation frequency and amplitude and GS2-14-HE calculates the dynamic response of the structure.The results of the analysis are displayed graphically in the form of mode shapes, frequency response curves and plots of the excitation forces.GS2-14-HE also provides tools for post-processing of the results, such as automated modal synthesis and frequency response plots.

GS2-14-HE is mainly used in the fields of civil engineering, naval architecture, aerospace engineering, vibration engineering and machine design. It is designed to enable engineers to accurately assess dynamic structural behavior under harmonic excitation.GS2-14-HE is a powerful and versatile tool for performing dynamic analysis of structures subjected to harmonic excitations. It has a wide range of features and capabilities which make it an ideal choice for engineers who need to study the dynamic behavior of structures.