A relative configuration vector method for solving geometrically exact beam problems

Key Points

• This method successfully transforms complex beam problems into manageable geometric forms, enabling accurate modeling and simulation.
• Key evidence includes improved computational efficiency, utilizing a configuration vector approach to handle intricate geometries in beam structures.
• Analysis employs finite element methods to achieve precise results in analyzing geometrically exact beam behavior.
• Highlights the potential of this innovative method to enhance engineering practices while solving complex structural challenges.