چكيده به لاتين
Today, With The Advent Of Science And Technology, Increasing Attention Has Been Paid To Increasing The Productivity Of Man-Made Equipment. Hence, Optimization Issues Have Brought A Large Part Of The New Research Into The World Today.
One Of The Most Important Issues In This Field Is The Optimization Of Mechanical Structures Used In Various Sectors Of Various Industries.
In General, A Mechanical Structure Designed And Built Specifically For The Implementation Of Mechanical Performance Is Optimally Optimized For The Lowest Operating Costs, Especially In The Working Conditions. In Today's World, Considering The Issue Of Reducing Consumption And Weight In The Manufacture Of Parts, The Optimization Debate Has Been Widely Welcomed. Optimization In Today's World Has Become One Of The Design Priorities.
The Importance Of The Optimal Operation And The Heavy Costs That Are Paid For These Valves Makes Their Optimal Design For Proper Operation And Resistance To Failures Is One Of The Main Concerns Of The Power Plant Industry. In This Thesis, The Design Of One Of The Power-Consuming Valves, Globe Control Valve, And Then To Optimize It. The Optimization Of The Control Valve Is Of Topology And Shape Optimization, Which Tries To Reduce Its Weight And Its Consumables.
The Topology Optimization Technique In Engineering Branches Has Many Uses And Uses It In Issues Such As Airplane Design, Water Supply Systems, Dams, Pumps And Turbines, Electric Motors, Control Systems, The Selection Of Suitable Locations For Building A Factory And ... Is Evident.
The Goal Of Optimizing The Topology To Find Optimal Utilization Of The Material, According To A Specific Design, Is To Meet Requirements Such As Strength And Component Deformation. This Optimization Is Determined By Finding The Best Loading Path For A Boundary Condition And Loading. Topology Can Be Used Not Only To Improve Structural Performance But Also To Improve The Thermal Properties, Fluid Flow Of Electromagnetic Applications And Biomechanical Properties.
