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to the sound for Climate Control/
          HVAC,  Cabin  Acoustics,  Crash
          and Safety, and Ergonomics/
          HMI/HUD.
          For  Electric  Vehicles,  simulation
          solutions allow rapid electric and
          hybrid vehicle innovation at both
          the component and system levels.
          Key applications comprise batter-
          ies and battery management sys-
          tems, fuel cells, power electronics,
          electric motors, and the integrated
          electrified powertrain system.
          Simulation capabilities are tai-
          lored  to  the  detailed  engineer-
          ing needs of vehicle technology
          in Vehicle Engineering. These                                                          Source: Ansys India
          solutions aid the simulation of
          vehicle systems expansively                                                               Simulation
                                                                                                    solutions
          with fully integrated structural,   simulate, and verify its behav-  To conclude          are bringing
          crash, fluids, thermal, electro-  ior and performance in the real   The latest and greatest auto-  next-gen
          magnetics, electronics, semicon-  world  to  find  weaknesses,  fail-  motive electronics providing   innovation
          ductors, software, and  system   ure points, and limitations before   enhanced safety, convenience,   to vehicle
          simulation tools.             manufacturing.  This increases   and entertainment is what is   design as
                                                                                                    they can
          Safety analysis and embedded   the  quality,  safety,  and  durabili-  being sought today. Automakers   be used
          software solutions are devel-  ty of the physical product. If we   will have to add these features   right from
          oped specifically to meet the re-  follow the analogy of taking 30   without adding weight to vehi-  the con-
          quirements and standards of the   linear steps between each design   cles, which means that there is   cept stage
          automotive industry, such as   cycle of the digital twin, we will   a persistent push to make elec-  of product
                                                                                                    development
          ISO 26262 and AUTOSAR, to     only innovate in a linear manner   tronic components and packag-  up to the
          ensure Safety Engineering. This   and take much more time to op-  es smaller while increasing per-  testing and
          enables engineers to meet indus-  timize the product. We also run   formance. What’s more, all this   trial stage.
          try-required  safety  standards  at   the danger of not testing and op-  must be solved in record time to   It helps re-
          a dramatically lower cost and at   timizing all the possible scenarios   remain competitive in the mar-  duce proto-
                                                                                                    types during
          twice the speed of more manual   and boundary conditions.   ket. Simulation cuts the expen-  development
          or traditional approaches.    For developing electric and au-  sive test-fail-fix-repeat cycle,   as well as
          When it comes to ADAS and     tonomous vehicles, nearly 8   which fast-tracks product quali-  the devel-
          Autonomous Vehicles, back-    billion miles of road testing and   fication while plummeting man-  opment cost
          ing up the safety by design and   safety engineering are required   ufacturing risks. By integrating   and time.
          safety by validation approach,   to ensure the delivery of safe,   reliability physics/physics of
          broad and deep capabilities are   reliable, durable, and high-qual-  failure (PoF) early in the product
          provided for simulating auton-  ity products at scale and a lower   design and development cycle,
          omous vehicles and advanced   cost. So, linear innovation tech-  simulation thus helps automak-
          driver assistance systems. The   nologies  and  processes  cannot   ers bring new technologies to
          software can be  leveraged for   deliver the future of transporta-  market faster.
          high-fidelity, physics-based sen-  tion and mobility. Compounding   Thus,  simulation  solutions  are
          sor modeling  in ISO 26262 and   improvements between each de-  bringing next-generation in-
          AUTOSAR-compliant   embed-    sign and optimization cycle of the   novation to vehicle  design, as
          ded software and human-ma-    digital twin is critical. Leveraging   they can be used right from the
          chine interface development.  the right digital transformation   concept stage of product devel-
                                        technologies and implementing   opment up to the testing and
          Role of digital twins in      the optimal processes on the digi-  trial stage. Simulation helps
          Automotive Vehicle Design     tal twin of a product or system to   in the reduction of prototypes
          Today, it is common for engineer-  achieve exponential innovation   during  development  as  well  as
          ing teams to create a digital twin   is  critical  to  developing  electric   the development cost and time
          of a product or system to design,   and autonomous vehicles.  for manufacturers.




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