![\"post.jpg\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/post-1.jpg\" "\\"post.jpg\\"")
<\/span><\/P><\/p>\nIn this context, engineers need to integrate in a unique platform all the physics and components of their systems in order to reduce as much as possible:<\/P>
\n
- Co-simulation constraints (<\/STRONG>generating complexity and slowing down simulations)<\/LI>
\n- Number of<\/STRONG> licenses<\/STRONG> (generating extra-costs and maintenance complexity)<\/LI>
\n- Need to learn<\/STRONG> how to use those multiple simulation tools<\/LI>
\n<\/UL>
\nHow to handle this? Simcenter Amesim<\/A> provides a system simulation platform dedicated to multi-physical systems. The software features many off-the-shelf libraries and tools addressing physical domains such as hydraulic, pneumatic, thermal, electrical, mechanical ones. Other libraries and tools are more application-oriented: they offer you necessary capabilities to rapidly model engines, transmissions, vehicle dynamics, electric motors and batteries, cooling and air conditioning systems, aircraft fuel systems, aerospace liquid propulsion, controls, etc.<\/P><\/p>\n
All these libraries are compatible. Simcenter Amesim makes possible to explore all the physics in a single simulation tool while significantly reducing license costs, models\u2019 complexity as well as the time required to build a system model and to run your simulations.<\/P><\/p>\n
![\"Libraries.png\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Libraries-1.png\" "\\"Libraries.png\\"")
<\/span><\/P>
\n<\/H1>
\nExample of mechanical applications<\/H1>
\nIn Simcenter Amesim, mechanical systems<\/A> can be handled thanks to a large set of models available i
![\"Mechanical](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Mechanical-application-1.png\" "\\"Mechanical")
<\/span>n the Mechanical, the Planar Mechanical and the 3D Mechanical libraries. It makes possible, for instance, to predict the behavior of multi-body systems such as loader cranes, excavators, mechanical lifters and clamps. Engineers can validate and optimize their designs by predicting the 2D or 3D motion of the components, forces in the system, as well as interactions with actuator subsystems and controls.<\/P>
\nMany demos and templates are included in the software in order to demonstrate modeling capabilities and drastically accelerate the modeling process.<\/P>
\n<\/H1>
\nExample of thermal hydraulic applications<\/H1>
\nWith Simcenter Amesim Thermal Hydraulic, Thermal Hydraulic Resistance and Component Design libraries, engineers can predict the transient behavior of many thermal hydraulics systems<\/A>, such
![\"Hydraulic](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Hydraulic-application-1.png\" "\\"Hydraulic")
<\/span>as hydraulic networks including valves, compressors and pumps, heat exchangers and refrigerant loops.<\/P>
\nBy getting started rapidly with demos and templates, engineers can optimize the design and the performances of a single component such as a pump. In parallel, with the same simulation tool, they can also evaluate and improve the integration of this component in the whole system. For instance, it makes possible to reduce losses and power consumption, as well as to reduce pressure pulses generating noise and vibrations. <\/P><\/p>\n
For automotive applications, Simcenter Amesim enables you to predict the thermal comfort in the cabin, taking into account the architecture and the sizing of the HVAC system, but also the cabin configuration, the color of the car\u2026 <\/P>
\n<\/H1>
\nExample of an electrical application<\/H1>
\n - Number of<\/STRONG> licenses<\/STRONG> (generating extra-costs and maintenance complexity)<\/LI>
\n
![\"Electrical](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Electrical-application-1.png\" "\\"Electrical")
<\/span>c Storage libraries.<\/P>![\"Auto](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Auto-application-1.png\" "\\"Auto")
<\/span>As an example, let\u2019s take a look at the real-time simulation of a vehicle for the sine and dwell analysis.<\/P><\/p>\n![\"ASD](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/ASD-application-1.png\" "\\"ASD")
<\/span>Aerospace engineering challenges can be addressed within Simcenter Amesim thanks to libraries and tools dedicated to flight dynamics, aircraft engines, landing systems, fuel systems and many more. For instance, Simcenter Amesim can be used to simulate a rejected takeoff. This is the situation occurring when the pilot decides to abort the takeoff procedure. Normally, the rejected takeoff is performed only if the aircraft speed is below a given limit but it is also mandatory for the aircraft to be able to stop safely before the end of the runway. This procedure is part of the qualification procedure for all airplanes. Modeling the aircraft and the braking system with Simcenter Amesim enables you to easily and safely check the aircraft stopping capability in this scenario.<\/P><\/p>\n![\"Industrial](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Industrial-machinery-application-1.png\" "\\"Industrial")
<\/span>Simcenter Amesim helps industrial machinery engineers to validate their design and controls.<\/P><\/p>\n