Tips: 1. The central teaching strictly personally coached by the project and have years of experience in the design of actual combat expert authority. One characteristic of teaching, intentions can be a rewarding experience by key! 2. The various courses throughout the year classes, divided the day shift, evening and weekend classes, or pick school, flexible workforce to meet the needs of the time. 3. foreign students by the Centre to resolve the accommodation problem, independent single room. 4. Contact: Miss Deng day counseling Registration Phone (holidays as usual). Training content: simulation finite element analysis: strength, safety factor, the normal stress, impact drop test, institutional size optimization, frequency analysis, buckling analysis, fatigue analysis (product life cycle calculations), design case, thermal stress analysis. Finite Element Analysis Advanced Training: nonlinear finite element analysis of the theoretical basis, material nonlinearity, contact nonlinear, dynamic load analysis, nonlinear kinematic simulation results of the study CosmosMotion: centroid acceleration mechanism components, angular acceleration, instantaneous velocity, momentum, kinetic energy and other sports geometry data and output data tables and graphs and so on. Training time: 2 weeks, until the Institute: one training arrangements as may be shortened or extended hours based on student mastery. Target audience: individual and corporate training (which can provide on-site training to corporate customers, the training can be customized) Tuition: 3500 yuan (corporate training costs please call can also be arranged one training) Employment: free job recommendation! The main recommendation to the Division I co-enterprise project work, but also the public are welcome to contact the employer to call center training students can master the content above, do the job needs! Related News: Sina reports: NASA Mars rover using COSMOS software ?? COSMOS provides highly advanced design verification tools for your team, training costs only about physical prototypes of a small portion of the test for you in the industry competition save a lot of cash. ???? Through our training, any engineer can easily apply SolidWorks Cosmos perform such tasks difficult to verify the following:? Study design performance occurs when excessive deformation and stress under dynamic loads. ? Perform nonlinear analysis (including impact analysis) of plastics, rubber, polymers and foams. ? In contact with the nonlinear material to be analyzed. ? Assess the properties of the composite. As follows: Assembly Simulation: study the interaction between the assembly components on the screen, without any physical prototyping costs. Simulation of static or dynamic loads to evaluate the design stress, strain and displacement under performance. Mechanical Simulation: application of various physical models, the design of the actual operating conditions for simulation. Check the collision parts. The simulation results of the output of numerical and graphical data and test animation. Simulation of welded structures: Ensure welded structure can work in extreme operating conditions. Pressure, force and bearing loads. Then use visualization tools (such as section plots, ISO clipping, and animation) View responsiveness. Product failure prediction: saving time and cost of manufacturing the prototype, and can generate more secure, durable products. Due to predict yield, overheating, distortion and fatigue caused by structural failure thresholds. Compare and optimize the alternatives: by comparing the intensity, longevity, cost and weight to determine the best design. Perform all comparisons and design modifications to work in SolidWorks environment. Simulation vibration force: by choosing an integrated design study (including transient studies, examples and random harmonic response response example), prediction and control products vibration or dynamic response. Predict distortion or disintegration: virtually force is applied to your design, pressure, gravity and centrifugal force, determine the design before the distortions can withstand the maximum load. Effect of various materials, and consider the impact of isotropic and orthotropic factors. Simulation of heating or cooling: thermal analysis capabilities can easily study the effect of heat on your design. Thermal boundary conditions, fluid flow, thermal structure interaction simulation and radiation effects in high-temperature applications. Simulation drop or impact tests: by reducing the number of physical tests, saving time and costs. Define the drop height, drop surface and drop orientation. Actual execution of the part or assembly between the crash simulation. Repeated load simulation: simulation, estimation and improve daily operations must withstand the harsh conditions of the part or assembly. Difference evaluating system performance with changing speed or frequency generated, and estimate the product's design life. Nonlinear Dynamics: Through extensive advanced features, thoroughly tested and proven design; these advanced features include: nonlinear displacement analysis, nonlinear distortion analysis, nonlinear material analysis, as well as the dynamic response analysis of parts and assemblies. Simulation of plastic parts: No special training or plug-ins can capture all acts of plastic parts. Simulation of plastic parts in all possible tests and environments, and for the size and cost of the parts to be optimized. Solidworks / Simulation / Cosmos a training program, Simulation / COSMOS finite element analysis of the theoretical background of static analysis and classification 1.1 1.3 1.2 Frequency Analysis Buckling Analysis Thermal Analysis 1.4 1.6 1.5 Design Optimization drop test studies fatigue theory 1.7 1.8 Fatigue analysis two, Simulation / COSMOS analysis step, meshing and Finite Element Analysis 2.1 Constraints constraint solver basic steps 2.2 Simulation / COSMOS finite element analysis using classification and usage 2.3 2.4 Product assembly meshing all three components, product components assembly and static stress analysis of four, five parts distortion analysis, the frequency of the product as a whole and the executing agency analysis and solutions Six Dimensions product components optimized to save material costs. Seven, eight fatigue product components analysis, product design scenarios nine components analysis, impact analysis and collision product falling ten analysis, thermal stress analysis products