At Silicon Global Inc, we deliver to the needs of different OEMs, Tier 1, Tier 2 and Automotive enterprises with our exceptional services. We are dedicated to assisting our clients in creating vehicles that will be sustainable and human-centric. Thereby, embarking the way for safe and comfortable transportation for the passengers of tomorrow.
Of course, there are several skilled Engineers, Analysts, Program Managers working for us with deep knowledge in Mechanical engineering, Electrical and Electronics, Embedded systems, Software, Production and different other matters. Also, our team is unparalleled in terms of its experience and expertise in the Automotive sector. Therefore, we always make sure that our clients always receive the best quality services that they are entitled to receive.
We offer Design of Interior and Exterior parts – Plastic Components, BIW, Composites, Carbon Fiber, Seating Systems, Digital Pre-Assembly, Electrical & Embedded Systems.
We have strong competences in Full Vehicle Integration, Benchmarking, Reverse Engineering, Value Engineering & Concurrent Engineering to reduce product development time and also the time to market, leading to improved productivity and reduced costs using an integrated product team approach. Our Design competences include but not limited to Plastic Mould, Die design, Jigs & Fixture design.
We make use of highly advanced CAD and modelling applications like Catia, PTC Creo, Siemens NX,Solidworks, Solid Edge, Kinematics, Inventor and AutoCAD amongst others. Thanks to our proficiency in using these designing software solutions, we create 2D drawings as well as Parametric 3D designs of the components and the vehicle itself. We excel in Legacy data conversion, 2D to 3D conversion services. We also create the assembly and detailed drawings of the vehicle along with designing underbody parts.
Silicon Global Incprovides varied class ‘A’ Surface services. Our highly competent team is skilled in imparting services in class ‘A’ styling using Autodesk Alias, ICEM Surf and Rhino.
Moreover, we also run a Finite Element Analysis of different parts to understand its durability and fatigue limits under different conditions apart from heat transfer analysis. Our Engineers expertise is in Product optimization & validation. Identifying and analysing design alternates applying NVH, Durability, Vehicle stability, Rollover simulation.
In CAE we lead in Static, Dynamic, Non-Linear Static and Non-linear Dynamic, Buckling, Modal, Transient simulations. Thermal, Modal, Vibration analysis for illumination and body components. Crash simulations, Impact and Occupant safety complying to regulations like FMVSS and Economic Commission for Europe (ECE) for crashworthiness to investigate the safety of the car occupants during impacts. Benefits of crash simulation produces results without actual destructive testing of a new car model permits quick & inexpensive optimization of the design using Pam-Crash and LS-DYNA.
We understand that one of the main aims of our Automotive clients is to provide complete satisfaction to their end customers and one of the biggest challenges that must be conquered in order to do so is to make the vehicle completely safe. So, we make different multi-physics simulation software like ANSYS to ensure complete passenger comfort and safety. We simulate the models under the context of different real-life conditions. Hence, testing the integrity of the vehicle during crashes. So, we validate the design after complete analysis.
Our strong team of CAE professionals with vast experience and profound knowledge of working on LS-Dyna, Pam-Crash, ANSA, Abaqus, Simulink, Hypermesh, Solid Mechanic, NASTRAN, Altair Motionsolve, Altair NVH Director, ANSYS, OptiStruct, ADAMS helps to optimise designs and make the Vehicle completely safe and the parts highly durable
The major concern of Automotive CFD is the treatment of turbulence, to test the effects of fluid flow on designs. We use CFD simulations to analyze a range of problems related to laminar and turbulent flows, incompressible and compressible fluids, multiphase flows, and much more.CFD simulation software is used to solve complex flow equations with accurate numerical methods, powerful turbulence models, numerical predictions of flow distribution, pressure loss, heat transfer, internal and external combustion.
In Automotive industry CFD tools are used and customized in five major areas: vehicle aerodynamic effect; thermal management (cooling and climate control); cylinder combustion; engine lubrication and exhaust system performance.
Our expertise in applying CFD simulation benefits in Hydrogen Fuel cell powered vehicles to optimise the distribution hydrogen and oxygen to produce electricity with improved efficiency. For Battery Packs focus on increase in battery power capability with concentration on battery pack performance improvement considering thermal management.
CFD simulation allows us to make the design completely aerodynamic and efficient.
We make use of highly advanced CFD applications such as STAR-CCM+, ANSYS Fluent, ANSYS-CFX, Cradle CFD, Altair AcuSolve, Ansys Icepak, Ansys Polyflow, Flow Works, Open FOAM.
We understand the challenges that automotive enterprises face in manufacturing and delivering a product. Thus, we offer Product Lifecycle Management (PLM) services. By using different product lifecycle management software systems like SIEMENS Teamcenter, 3DS ENOVIA, PTC Windchill and others, we make sure that teams belonging to different functional silos can easily interact resulting in a smooth operation from the designing of the vehicle to its delivery.
We provide our clients with onsite manpower deployment services thereby fortifying the workforces of the companies and helping them to succeed.
We at Silicon Global Inc are also dedicated to designing cleaner and environment-friendly vehicles. Thus, we also study different existing concepts and develop designs based on that to adapt alternative and cleaner fuel sources in the vehicles. Certainly, we provide advanced designs of Electric vehicles while also designing powerful rotors and other components to our clients. We have also been researching the technology of hydrogen fuel cells and how to adapt them to the design of our vehicles.
Also, we aim to help in developing Autonomous and Connected vehicles. As the world prepares to replace at least 20% of the existing vehicles with Self-driving alternatives in the next decade, we are also committed to researching and developing these vehicles of tomorrow using AI, ML, Automation, ADAS and different other advanced techniques.
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