State-of-the-art algorithms for multibody system handling automatically generate optimized model equations for your system
Powerful code generation routines convert these equations into compact and numerically efficient code, which can be quickly and easily exported into other applications in your toolchain.
MapleSim helps meet the challenges inherent in modeling a 3-D physical system within a 2-D workspace by providing an interactive 3-D model construction environment. This environment can be used in conjunction with the 2-D design environment, allowing you to leverage the benefits of both approaches when building your models. After your model is constructed, the MapleSim simulation engine automatically animates the model in 3-D, enabling you to visualize its behavior.
A machine component designer company needs an excavator model to illustrate how well its components would fit within the whole excavator system. Learn more
Scissor lifts are widely used in the construction industry and, accordingly, safety is critical in their design, manufacture, and operation. To increase the loading capacity of an existing scissor lift, an engineer needs to determine the rates of ascent and descent and the forces and pressures generated in the hydraulic cylinders. Learn more
A customer in the energy sector needs to develop predictive models of wind power generation systems. The models will be used to develop control strategies that will maintain a steady, predictable power output despite the highly variable and unpredictable changes in wind conditions. Learn more
A basic kinematic model for an excavator. The output illustrates the reachable boundary of the bucket and a 3D animation illustrating the motion in operation.
