Dynamic
Analysis
Linear Dynamic Simulation
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Analyzes the dynamic response of structures to time-varying loads, utilizing linear material properties to predict behaviors under normal operational conditions.
Key Selling Points:
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Accurate Time-Dependent Analysis: Offers precise predictions of structural behavior under dynamic loading, aiding in the design of safer systems.
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Rapid Assessment: Provides quick evaluation of the structural responses, allowing for faster decision-making in the design process.
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Cost Efficiency: Helps to identify potential issues early, reducing the need for costly modifications later in the project.
Nonlinear Dynamic Simulation
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Addresses the nonlinear behaviors of structures subjected to dynamic loads, incorporating material yielding, large deformations, and complex interactions to provide detailed responses.​
Key Selling Points:
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Advanced Analysis Capabilities: Captures complex dynamic interactions and non-linearities that traditional methods may overlook, ensuring reliable performance predictions.
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Realistic Scenario Simulations: Evaluates structural behavior under extreme conditions such as earthquakes or impacts, enhancing safety and resilience.
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Tailored Solutions: Provides specialized recommendations based on detailed dynamic responses, optimizing designs for real-world applications.
Dynamic Linear Simulation Modal

First Natural Frequency: 8.42 Hz


Deep drawing reinforcements

Improved model
First Natural Frequency: 54.71Hz
Linear Dynamic Simulation
1.Accurate frequency-Dependent Analysis: Offers precise predictions of structural behavior under dynamic loading, aiding in the design of safer systems.
2.Rapid Assessment: Provides quick evaluation of the structural responses, allowing for faster decision-making in the design process.
3.Cost Efficiency: Helps to identify potential issues early, reducing the need for costly modifications later in the project
Non-Linear Dynamic Simulation


Seismic analysis of rack


Impact of NAAMS riser base assessment for robot arms
Linear Dynamic Simulation
1.Advanced Analysis Capabilities: Captures complex dynamic interactions and non-linearities that traditional methods may overlook, ensuring reliable performance predictions.
2.Realistic Scenario Simulations: Evaluates structural behavior under extreme conditions such as earthquakes or impacts, enhancing safety and resilience.
3.Tailored Solutions: Provides specialized recommendations based on detailed dynamic responses, optimizing designs for real-world applications.