OptimumLap Vehicle Dynamics Simulation, Simplified With OptimumLap we set out to simplify vehicle dynamic simulation to the point where anyone can get reasonably accurate and very useful results within minutes. By reducing the vehicle to its most fundamental components, a vehicle can be defined with only 10 parameters.
Each parameter represents a specific aspect of the car (such as engine, tires and suspension, or aerodynamics). This makes it easy to identify the effect that each parameter/sub-system will have on the vehicle’s performance – something we believe helps you better understand what to focus your time and resources on. Design Creating a vehicle in OptimumLap is a very straightforward process. With the small number of required inputs and the low complexity of the inputs, virtually any land vehicle can be built in minutes. The values for all inputs are easy to measure or readily available from online resources. Once a vehicle has been defined, OptimumLap offers a range of graphs that will help you understand the vehicle’s performance characteristics and validate it to measured numbers.
The OptimumLap Car Database offers a wide range of vehicles available for download that can be used as templates for new vehicles or for comparison studies. Tracks in OptimumLap can be created from logged data using the OptimumLap Track Maker, and tracks from all over the world can be accessed from the OptimumLap Track Database. Simulate The vehicle model used in OptimumLap is a point mass, quasi-steady state model. Mathematically, this is overly simplistic, but, in reality, this model is very powerful at analyzing the global performance trends of a vehicle without having to capture or model more detailed effects. The advantage of this is that a vehicle can be characterized by very few inputs, requiring very little time to setup and conduct a simulation. Great care has been taken while simplifying the vehicle model to ensure that accuracy of the results has not been compromised.
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Even though the model is a point-mass model, meaning that no weight transfer or transient effects are taken into account, the simulated results still correlate well with logged data. Validations have shown that apex speeds, end of straight speeds, energy consumption, and total lap time all match reality within 10% (often within 5%), confirming that OptimumLap is a tool well suited to study the global trends and the impact of each vehicle subsystem.
Analyze Like any simulation, OptimumLap will generate large amounts of data. Bead tool 4 cracked. To help users quickly understand the data, OptimumLap has powerful built-in analysis tools. The graphing tools enable easy comparison of vehicles and tracks on a global scale and also, can be used to highlight subtle features in the data.
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OptimumLap Vehicle Dynamics Simulation, Simplified With OptimumLap we set out to simplify vehicle dynamic simulation to the point where anyone can get reasonably accurate and very useful results within minutes. By reducing the vehicle to its most fundamental components, a vehicle can be defined with only 10 parameters.
Each parameter represents a specific aspect of the car (such as engine, tires and suspension, or aerodynamics). This makes it easy to identify the effect that each parameter/sub-system will have on the vehicle’s performance – something we believe helps you better understand what to focus your time and resources on. Design Creating a vehicle in OptimumLap is a very straightforward process. With the small number of required inputs and the low complexity of the inputs, virtually any land vehicle can be built in minutes. The values for all inputs are easy to measure or readily available from online resources. Once a vehicle has been defined, OptimumLap offers a range of graphs that will help you understand the vehicle’s performance characteristics and validate it to measured numbers.
The OptimumLap Car Database offers a wide range of vehicles available for download that can be used as templates for new vehicles or for comparison studies. Tracks in OptimumLap can be created from logged data using the OptimumLap Track Maker, and tracks from all over the world can be accessed from the OptimumLap Track Database. Simulate The vehicle model used in OptimumLap is a point mass, quasi-steady state model. Mathematically, this is overly simplistic, but, in reality, this model is very powerful at analyzing the global performance trends of a vehicle without having to capture or model more detailed effects. The advantage of this is that a vehicle can be characterized by very few inputs, requiring very little time to setup and conduct a simulation. Great care has been taken while simplifying the vehicle model to ensure that accuracy of the results has not been compromised.
Free Gear Design Software The free eMachineShop CAD software includes a spur gear generator. Just Download, fill in the dimensions and select a material to get started.
Even though the model is a point-mass model, meaning that no weight transfer or transient effects are taken into account, the simulated results still correlate well with logged data. Validations have shown that apex speeds, end of straight speeds, energy consumption, and total lap time all match reality within 10% (often within 5%), confirming that OptimumLap is a tool well suited to study the global trends and the impact of each vehicle subsystem.
Analyze Like any simulation, OptimumLap will generate large amounts of data. Bead tool 4 cracked. To help users quickly understand the data, OptimumLap has powerful built-in analysis tools. The graphing tools enable easy comparison of vehicles and tracks on a global scale and also, can be used to highlight subtle features in the data.