Software Simulation in Bengaluru

Simufact is a ground-breaking new software solution for the simulation of metal additive manufacturing processes.

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Use the power of discrete event simulation for production throughput analysis and optimization to improve your manufacturing system performance.Plant Simulation allows you to model, simulate, explore and optimize logistics systems and their processes. These models enable analysis of material flow, resource utilization and logistics for all levels of manufacturing planning from global production facilities to local plants and specific lines, well in advance of production execution.

Simulation software helps you to take your product design through different levels of testing, mimicking the real-world scenarios. By doing this, you would know whether your product has the capability to stand put against various external factors when operational. Simulation also helps you to detect design defects or any scope of improvement. Also you can derive immense possibilities to make your product design a near-perfect one. Product innovation is the key to success and that s what exactly, simulation software does.

Robot simulation is the process of creating the robot workcell in the virtual world to check and validate a number of application process parameters prior to implementation, such as: robot placement and reachability tooling design validation interferences with other workcell equipment layout design cycle time validation human safety and ergonomic issues and much more . DiFACTO s robot simulation studies have benefited customers by: Reducing technical risk through identification of production problems Promoting common understanding between the technology suppliers Reducing lead time for new product introductions Helping customers to plan and prepare for implementation Validating the possibility of utilising existing equipment and resources Reducing capital and recurring costs through optimization of process In combination with factory simulation and human ergonomic simulation studies, robot simulation can deliver an almost perfect anticipation of the entire production process. Robot Simulation Case Studies

A Practical Approach to Quench Heat Treatment Simulation TmmFE_HT is a finite-element-based process modeling software developed over the past 25 years. The software is designed with the plant engineer in mind with the theory of heat transfer and metallurgical transformation working in the background. A practical approach to heat treatment simulation of steel components o 3D model of the component imported into the pre-processor form most of the commonly used 3D modelers like Solid Works, Catia etc. o Finite Element Meshing is done in the pre-processor o Material data is obtained from own data base. Users can also add to the data base o Preheating of large components can be simulated by the input of furnace heating profile for energy optimization and proper soaking o Loss of temperature during transfer of the component from the furnace to the quench tank is computed and if it falls below the critical temperature, it is withdrawn from quenching. o The cooling rates for quench simulation obtained by measuring the cooling rates in situ which considers all the plant and material characteristics like agitation, quenchant degradation, steel composition etc. (vide Reference Quench Probe in our products range). o Output is exported to the post Processor (GiD) and viewed for distribution of hardness, different phases, cooling rates at different locations and stress distribution. Benefits of heat treatment simulation by TmmFE_HT Reduces process development costs Selection of process parameters for optimum results Helping to achieve cost control without destructive testing. Providing clear understanding and deeper knowledge about HT process. Easy-to-use and integrated solutions for a wide range of steels. Demonstration of competence to prospects and customers. Retaining, sharing, structuring, and preserving process information.

Siemens defines Tecnomatix as: "a comprehensive portfolio of digital manufacturing solutions that deliver innovation by linking all manufacturing disciplines together with product engineering from process layout and design, process simulation and validation, to manufacturing execution. Built upon the product lifecycle management (PLM) foundation called Teamcenter, Tecnomatix provides the most versatile set of manufacturing solutions on the market today." Tecnomatix delivers unprecedented manufacturing capabilities to your team, allowing you to test, analyze, and optimize prior to any physical tool or facilities investments are made. Tecnomatix solutions are available for a wide array of manufacturing disciplines. The experts at Geometric Solutions have demonstrated a solid track record of properly configuring Tecnomatix specifically for our customers diverse mix of industries, functions, and tasks.

Structural mechanics module - run mechanical analyses with extensive Multiphysics capabilities The structural mechanics module, an add-on to the COMSOL Multiphysics platform, is an fea software package specialized for analyzing mechanical behavior of solid structures. Nonlinear structural materials module - expand structural analyses with a variety of nonlinear material models Many materials have a nonlinear stress strain relationship, particularly at higher stress and strain levels. when analyzing objects made of such materials, accounting for these nonlinearities is essential. Composite materials module - model composite structures for improved product design A composite material is a heterogeneous material composed of two or more integrated constituents for enhanced structural performance. Add-on to the structural mechanics module. Geomechanics module - expand structural analyses for geotechnical applications Analyzing tunnels, excavations, slope stability, and retaining structures requires nonlinear material models tailored for geotechnical applications. Fatigue module - analyze the fatigue of structural components The fatigue module, an add-on to the structural mechanics module, is used for performing fatigue analyses in the COMSOL environment when structures are subjected to repeated loading and unloading. Rotodynamic module - analyze the dynamics of rotating machinery when designing machinery with rotating parts, it is of great importance that the effects of spinning are captured correctly. Multibody dynamics module - simulate the dynamics of multibody systems The multibody dynamics module, an add-on to the COMSOL Multiphysics software, provides an advanced set of tools for designing and optimizing 2d and 3d multibody systems using finite element analysis (fea). Mems s module - analyze microelectromechanical systems microelectromechanical systems (mems) devices utilize electromagnetic structure, piezoelectric, thermal structure, and other Multiphysics interactions. Acoustics module - analyze the acoustics and vibrations behavior of products and designs Products and designs involving acoustic phenomena can be modeled to study and predict factors like sound quality and noise reduction performance.

Digital Simulation of manufacturing systems including Human, Robots and Material Handling systems.

Lanner's WITNESS is the predictive simulation platform preferred by thousands of large corporations around the world. WITNESS is used to dynamically model and analyze business environments to deliver improved process performance, optimized use of resources and verification of change proposals. WHAT ARE THE BENEFITS OF USING DISCRETE-EVENT SIMULATION SOFTWARE? Predictive (Discrete Event) Simulation, works by modeling the interaction of every component within an overall system including the randomness and variability factors that affect those interactions in real life systems. Thus the model can accurately represent any real life process such as manufacturing lines, call center operations, airport baggage handling systems and supply chain operations. Lanner's WITNESS platform enables its users to harness the high performance computing power and 'big data' held within their organisation to projected the outcomes of potential decisions across complex business systems. By evaluating the results from possible changes, business planning can be improved and managers can be confident they are making the best decisions for their business. KEY FEATURES Extensive Library of Basic Model Elements Objects Powerful Module Based Modeling Comprehensive Experimentation, Optimization Reporting Framework Full for Cost and Sustainability Analysis Integrated Discrete Continuous Modeling Comprehensive 3D Visualization including Quick3Dtm Open Data Connectivity Multi-core HPC support Extensive Linkage Options to 3rd Party Applications WHY WITNESS? WITNESS turns the real systems into dynamic animated computer models enabling you to make 'What If?' analysis and helps you to determine scenarios for generating optimal solutions. Rapidly build powerful models representing your business Experiment Optimise with WITNESS integrated Experimentation Framework Flexible connectivity with enterprise and local data sources Develop Predictive Simulation Applications for use by non-modelers Highly Rated Customer Support Simulation Project Resources

This simulation branch can detect errors and optimize machining processes before the castings are clamped on machine tables. We use Vericut to detect inaccuracies and errors in drawings, wrong tool paths and tools, errors in CNC programs, collisions and adaption?s in rapid motion.

Key Features:Once parameters like thickness and length of base and slub are fed into the system, the program calculates their distribution along the yarn and shows the actual appearance of the yarnKey Benefits:Save time in developing the desire effect

APSM is self-contained three-dimensional fluid dynamics software package designed to simulate --- pollutant spread into the atmosphere, possible impact at the roads due to dispersion of pollutants and coastal atmospheric flows. It is the only available software which takes into account all the topographical features and parameters and solves the equations using higher order numerical techniques. APSM Module: Hydrodyn- AIRSOFT: Simulation of Air Flows, Pollutant Spread in Atmosphere, Urban Air Quality and Industrial Vehicular Emission.

OThe Ab Initio software is a fourth generation data analysis, batch processing, data manipulation graphical user interface (GUI)-based parallel processing product. In this course, you will learn about these topics in detailIntroduction to AbinitioDepartition ComponentsMultifile System(MFS)Types of parallelismPhase and check PointsPerformance Tuning

Hyperlynx Simulation Software

Proteus Simulation Software