\n
Driving the more electric aircraft challenge with model-based systems engineering<\/STRONG><\/H2>
\nOn-demand webinar<\/EM><\/P>
\n![\"Aircraft1.jpg\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Aircraft1-1.jpg\" "\\"Aircraft1.jpg\\"")
<\/span>As never before, the aerospace industry must reduce time-to-market, maintenance costs and fuel consumption to meet tomorrow\u2019s certification rules<\/SPAN>. In this context, a new trend has appeared: engineers are working on the replacement of conventional hydraulic, pneumatic and mechanical systems with electrical ones.<\/P>
\nYou will learn in this on-demand webinar how LMS Imagine.Lab, part of the Simcenter portfolio, enables you to design the electrical network of any aircraft.<\/SPAN><\/P>
\nWatch the on-demand webinar<\/A><\/P><\/p>\nLive webinars<\/SPAN><\/FONT><\/P>
\nThermal and Structural Simulations of Injection Molding Machines<\/STRONG><\/H2>
\nMarch 1, 1pm EST<\/EM><\/P>
\n![\"STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237.jpg\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237-1.jpg\" "\\"STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237.jpg\\"")
<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n– Cooling line optimization\/cycle time reduction,<\/P>
\n
– Prediction of mold flash.<\/P><\/p>\n
Register to the webinar<\/A><\/P><\/p>\nBalance and optimize system productivity and energy-efficiency of industrial machines using model based system engineering<\/STRONG><\/H2>
\nMarch 2, 11am EST<\/EM><\/P>
\n![\"2017-02-28](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/2017-02-28-11_57_34-LMS-Imagine.Lab-\u2013-Improving-the-energy-consumption-of-a-press-brake-YouTube-1.png\" "\\"2017-02-28")
<\/span>Attend the webinar will help you to:
– Improve machine productivity by performing multi-domain systems sizing
– Ensure accuracy, quality and reliability over a cycle duration through simulation of transient behavior
– Reduce commissioning time by validating and calibrating PLC programs using a model of the machine
– Improve energy efficiency by finding the sources of energy loss and high consumption.<\/SPAN><\/P><\/p>\n Register to the webinar<\/A><\/P><\/p>\nSimulation of Complex Geometry Castings<\/STRONG><\/H2>
\nMarch 15, 1pm EST<\/EM><\/P>
\n![\"STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237.jpg\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237-2.jpg\" "\\"STLP-main-image-STAR-CCM-explorer-200x170_tcm1023-253237.jpg\\"")
<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n– How to leverage multiple CAD systems,<\/P>
\n
– Synchronous Technology for model preparation.<\/P><\/p>\n
Register to the webinar<\/A><\/P>
\n <\/H1>
\nMulti-domain system simulation for Marine & Shipbuilding Industries<\/STRONG><\/H2>
\nMarch 16, 11am EST<\/EM><\/P>
\n![\"shutterstock_107844284.png\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/shutterstock_107844284-1.png\" "\\"shutterstock_107844284.png\\"")
<\/span><\/P>
\nToday, the marine industry is requested to respond to the ecological challenges the International Maritime Organization is imposing, while keeping costs, innovation and operation as low as possible. Meeting these objectives will require the development of advanced powertrain technologies to master the growing complexity of these engineering systems<\/SPAN><\/P><\/p>\nRegister to the webinar<\/A><\/P>
\n <\/H1>
\nHow to accurately predict durability road loads<\/STRONG><\/H2>
\nMarch 23, 11am EDT<\/EM><\/P>
\n![\"Durability_road_load.png\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Durability_road_load-1.png\" "\\"Durability_road_load.png\\"")
<\/span>In this webinar you will learn h<\/SPAN>ow to predict road loads for durability analysis, both realistically; same boundary condition as test measurement and pragmatically; no tire model or digitized road surface.<\/SPAN><\/P><\/p>\n Register to the webinar<\/A><\/P><\/p>\nDesign Based Topology Optimization<\/STRONG><\/H2>
\nMarch 29, 1pm EST<\/EM><\/P>
\n<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n– Additive manufacturing,<\/P>
\n
– How to quickly identify optimum shape while minimizing weight.<\/P><\/p>\n
Register to the webinar<\/A><\/P><\/p>\nIntroduction to FFT Analysis<\/STRONG><\/H2>
\n
\n
You will learn in this on-demand webinar how LMS Imagine.Lab, part of the Simcenter portfolio, enables you to design the electrical network of any aircraft.<\/SPAN><\/P> Watch the on-demand webinar<\/A><\/P><\/p>\n Live webinars<\/SPAN><\/FONT><\/P> March 1, 1pm EST<\/EM><\/P> – Cooling line optimization\/cycle time reduction,<\/P> – Prediction of mold flash.<\/P><\/p>\n Register to the webinar<\/A><\/P><\/p>\n March 2, 11am EST<\/EM><\/P> Register to the webinar<\/A><\/P><\/p>\n March 15, 1pm EST<\/EM><\/P> – How to leverage multiple CAD systems,<\/P> – Synchronous Technology for model preparation.<\/P><\/p>\n Register to the webinar<\/A><\/P> March 16, 11am EST<\/EM><\/P> Today, the marine industry is requested to respond to the ecological challenges the International Maritime Organization is imposing, while keeping costs, innovation and operation as low as possible. Meeting these objectives will require the development of advanced powertrain technologies to master the growing complexity of these engineering systems<\/SPAN><\/P><\/p>\n Register to the webinar<\/A><\/P> March 23, 11am EDT<\/EM><\/P> Register to the webinar<\/A><\/P><\/p>\n March 29, 1pm EST<\/EM><\/P> – Additive manufacturing,<\/P> – How to quickly identify optimum shape while minimizing weight.<\/P><\/p>\n Register to the webinar<\/A><\/P><\/p>\n<\/span>As never before, the aerospace industry must reduce time-to-market, maintenance costs and fuel consumption to meet tomorrow\u2019s certification rules<\/SPAN>. In this context, a new trend has appeared: engineers are working on the replacement of conventional hydraulic, pneumatic and mechanical systems with electrical ones.<\/P>
\n
\n
\nThermal and Structural Simulations of Injection Molding Machines<\/STRONG><\/H2>
\n
\n<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n
\nBalance and optimize system productivity and energy-efficiency of industrial machines using model based system engineering<\/STRONG><\/H2>
\n
\n<\/span>Attend the webinar will help you to:
– Improve machine productivity by performing multi-domain systems sizing
– Ensure accuracy, quality and reliability over a cycle duration through simulation of transient behavior
– Reduce commissioning time by validating and calibrating PLC programs using a model of the machine
– Improve energy efficiency by finding the sources of energy loss and high consumption.<\/SPAN><\/P><\/p>\nSimulation of Complex Geometry Castings<\/STRONG><\/H2>
\n
\n<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n
\n
\n <\/H1>
\nMulti-domain system simulation for Marine & Shipbuilding Industries<\/STRONG><\/H2>
\n
\n<\/span><\/P>
\n
\n <\/H1>
\nHow to accurately predict durability road loads<\/STRONG><\/H2>
\n
\n<\/span>In this webinar you will learn h<\/SPAN>ow to predict road loads for durability analysis, both realistically; same boundary condition as test measurement and pragmatically; no tire model or digitized road surface.<\/SPAN><\/P><\/p>\nDesign Based Topology Optimization<\/STRONG><\/H2>
\n
\n<\/span>In this webinar you will learn more about:<\/SPAN><\/P>
\n
\nIntroduction to FFT Analysis<\/STRONG><\/H2>
\n
![\"Main_FFT_analyzer_tcm1023-226123.png\"](\"http:\/\/blogs.sw.siemens.com\/wp-content\/uploads\/sites\/6\/2019\/09\/Main_FFT_analyzer_tcm1023-226123-1.png\" "\\"Main_FFT_analyzer_tcm1023-226123.png\\"")
<\/span>In this webinar you will find answers to these questions:<\/SPAN><\/P>