PAVIATH CAREER EDUCATION
PAVIATH CAREER EDUCATION
EDUCATION = CAREER = SUSTAINABILITY

APPLICATION STRUCURE TOPOLOGY

Women Graduates are trained with basics in Industry application from basic science Mathematics, Physics, Chemistry

Training in application Software by Industry Professional, to train others with preparation as TRAINER to empower.

Empowering areas are ACADEMIC SERVICE-ENTREPRENEURSHIP-DESIGN SERVICE-INDUSTRIES-SOCIAL ENGINEERING

Women graduate are given training for the selected department in application software for 3 months to become TRAINER
While training, Trainee has to prepare Training material as per LMS, Stipend will be provided on completion of  assigned
First year to Final year Women graduate also given training for the selected department in application software, Stipend will be provided on completion of  assigned as per year. CERTIFICATE will be provided to become a TRAINER in LMS

AIM of this training is to get employment directly or indirectly from Industries, Government organization either state or central bodies. Also to develop or support rural industries & other application industries either as induvial or self group

Topological optimization

TOPOLOGY

You can edit text on your website by double clicking on a text box on your website Topological optimization is the synthesis of the shape and internal structure of the product with the optimal distribution of material in a given limited space (design space), taking into account all design cases, as well as structural and technological limitations.

Two main approaches in design when applying topological optimization:

  • Synthesis of power circuits (when the appearance of the future product is unknown)
  • Optimization of existing structures (it is necessary to “squeeze” the maximum out of the structure)
TOPOLOGY

Statement of the problem of topological optimization in APM FEM

To perform topological optimization, it is necessary to determine the objective function and criterion (stiffness maximization, mass minimization), as well as specify the required restrictions (by volume (mass), by stresses, by minimum / maximum wall thickness, symmetry, stamping).

The algorithm for calculating topological optimization is completely identical to any calculation of a conventional model, except for the need to specify the design space as additional initial data (the area where the material can be located under the conditions of design and technological restrictions), as well as special calculation parameters (objective function and criterion, restrictions) 

Calculation results and post-processing

As the results of the calculation of topological optimization, the user is presented with a map "Volume fraction" with the possibility of visual removal of "extra" material. The load-bearing frame of the structure obtained in this way must undergo special post-processing in order to obtain a new optimized 3D model, which must go through the verification calculation stage in order to finally confirm its operability. Post-processing is carried out either by specialized KOMPAS-3D tools, or by conventional modeling tools in KOMPAS-3D after export / import of an STL file).