SolidWorks Simulation

In today’s our modern world, simulations of mechanical designs would be done in computer environment with development of technology. In this case, behaviours of machine elements or system can be predicted before they are manufactured. These processes are known as “Finite Element Analysis”. Before manufacturing of the product, working conditions of system is specified in computer environment, and the design could be upgraded according to result of analysis. Owing to these virtual environment analyzes, the number of prototype experiment could be slightly decreased therefore, companies control their prototype cost, and produce more rapidly.

Structural Analyses

Structural analyzes are helpful to optimize and determine safety factor, cost, material, weight, and strength of material. Struztural analysis is more economical way to test design of systems compare to conventional prototype experiments, and also, engineers can realize the effect of changes on method or structural analysis softwares to specify safety factor and performans limits of product before manufacturing process the workpiece, which are worked out in computer environment. Also, the design would be predictable about what will happen if any input of design is changed. All these engineering processes are used to optimize and establish all predictable design faults before they are manufactured.

Ab initio, real world environment and all boundary conditions would be analysed. Engineers are able to get response of system behaviours, and develop the parts of system or whole system via technical information of system behaviours.

There are some solutions of SolidWorks Simulation;

• Be able to analyse several different physical environments as virtual.
• Be able to analyse linear and nonlinear static, frequency, fatigue, thermal, topology, dynamic and nonlinear dynamic calculations.
• Be able to analyse time dependent and motion base calculations.
• Be able to compare performance of products which are produced with different materials.
• Be able to develop the design of product, which are effected by luquids and gases, with liquid flow and heat transfer analyzes (CFD).

Essential structural analysis steps with SolidWorks Simulation.

Certificate

Dassault System provide different certification programs for users according to their using purpose and business. In this context, I have got a great many certificates by Dassault System.

• Certified Professional – SolidWorks Simulation
• Certified Professional – SolidWorks Simulation Advanced Motion
• Certified Professional – SolidWorks Simulation Advanced Thermal and Frequency
• Certified Professional – SolidWorks Simulation Advanced Dynamics
• Certified Professional – SolidWorks Simulation Nonlinear
• Trainer – SolidWorks Simulation

Here are some of my projects:

Structural Analyses

Structural analyses are applied on these cranes. Stress, displacement, strain, safety factor and critical locations on structure, which are applied structural analyzes, are aimed to work out.

Static analysis calculations are applied.

• The CAD model of crane which is applied structural analysis.
• The result view of structure after boundary conditions are defined such as contacts, fix, gravity, force and so on.
• The detail view of where maximum stress is located.

Structural analyses are applied on this excavator. Stress, displacement, strain, safety factor, critical locations and cycle life of structure, which is applied structural analyzes, are aimed to work out. Unexcepted structure fails are checked with buckling analysis even the result of static analysis seems completely safe.

Static, Fatigue and Buckling analyses calculations are applied.

• The CAD model of excavator which is applied structural analysis.
• The result view of structure after boundary conditions are defined such as contacts, fix, gravity, force and so on.
• The detail view of where maximum stress is located.

Structural analyses are applied on these stairs. Stress, displacement, strain, safety factor, critical locations and cycle life of structure, which is applied structural analyzes, are aimed to work out.

Static and Fatigue analyses calculations are applied.

• The CAD model of stairs which is applied structural analysis.
• The detail view of where maximum stress is located.
• The detail view of where maximum displacement is located.

Structural analyses are applied on this forklift. Stress, displacement, strain, safety factor, critical locations and cycle life of structure, which is applied structural analyzes, are aimed to work out.

Static and Fatigue analyses calculations are applied.

• The result view of forklift after boundary conditions are defined such as contacts, fix, gravity, force and so on.
• The detail view of where maximum stress is located.
• The detail view of where maximum displacement is located.

Structural analyses are applied on this machine element. Stress, displacement, strain, safety factor and critical locations on structure, which is applied structural analyzes, are aimed to work out. Heat transfer is calculated with thermal analysis, and effects of heat on geometry as structural are worked out.

Static and Thermal analyses calculations are applied.

• The CAD model of machine element which is applied structural analysis.
• The detail view of structure.
• The detail view of where maximum displacement is located.
• The detail view of temperature distribution.

Structural analyses are applied on this bicycle frame. Stress, displacement, strain, safety factor, critical locations and cycle life of structure, which is applied structural analyzes, are aimed to work out depending on time.

Dynamic and Fatigue analyses calculations are applied.

• The result view of bicycle after boundary conditions are defined such as contacts, fix, gravity, force and so on.
• The detail view of where maximum stress is located.
• The detail view of where maximum displacement is located.
• The detail view of where maximum strain is located.

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