These physical models are used to demonstrate fundamental structural and seismic behaviour through interactive, hands-on experimentation
In-house developed DIY shake table that provices an interactive way to obeserve the low, mid, high rise structures under varying ground motions. This hands-on demonstration clarifies fundamental seismic behavior.
Widely utilized in academia, the Mola Structural Kit allows for comprehensive exploration of diverse structural behaviors and stability analysis. It’s an excellent tool for visualizing intricate structural interactions.
Leveraging CSi Software’s capability to export numerical models for 3D printing, we create physical prototypes to visualize our designs. This process provides a tangible representation of our digital models.
3D printed segment of a curved bridge for prototyping and demonstration
Component demonstrating modular bridge deck assembly and analysis
3D printed, b bridge bridge assembled from various modular pieces
This interactive simulation model was developed to demonstrate the dynamic performance of bridge systems under traffic and load conditions.
Displayed during the ASEP 2025 Conference in Manila, it integrates scaled structural components with animated vehicle movement to visualize real-time structural response and load transfer mechanisms.
The model features modular bridge segments and supports, illustrating principles of flexural behavior, joint dynamics, and vibration effects. It serves as an engaging educational tool for engineers and students, reinforcing the importance of visual learning in structural analysis and performance-based design.
