Week 3 - 2D meshing for sheet metal

 CASE 1:- Aim: To perform mid-surface extraction on the given tube model with proper connections at the tube joint locations using Ansys SpaceClaim tool. Objective: To extract the mid-surface and provide connections with sharing options at the tube joint locations for the given tube model. Procedure:- To perform static…

AIM: To write the Conversion factors for the given measurements in different units within the International System of Units (SI). OBJECTIVE: To convert the quality factor to the given conversant different system of units. Must represent the detailed calculation for conversion from the given SI unit to gm/mm/ms unit system.…

                                                       Model - 1 : 2D to 3D Conversion method AIM: The Tetramesh has to be generate for the Housing component within the given quality criterias using the 2D shell mesh to 3D solid Tetrahedral mesh element Conversion method. OBJECTIVE: For the given component, the tetramesh…

                                                             Project - Meshing of Door inner panel AIM: The FE-model has to be performed by extracting the midsurface…

AIM: The midsurface has to be generated with proper mesh flow from the given Automotive Car B- Pillar component within the given elements Quality criterias and assign thickness by using the Hypermesh preprocessor tool. OBJECTIVE: For the given component, check the geometrical errors and generate the midsurface from the…

                                                            Project- Meshing of Rear Wheel Holder of a Car  AIM: The midsurface has to be extracted with proper mesh…

AIM: The midsurface has to be prepared with proper mesh flow from the given Automotive Car Backdoor component within the given elements Quality criterias and assign thickness by using the Hypermesh preprocessor tool. OBJECTIVE: For the given component, check the geometrical errors and generate the midsurface from the model.…

AIM: The midsurface has to be generate with proper mesh flow from the given Automotive Inner panel Hood component within the given elements Quality criterias and assign thickness by using the Hypermesh preprocessor tool. OBJECTIVE: For the given component, check the geometrical errors and generate the midsurface from the…

                                                              2D Meshing on the instrumental Panel AIM: The FE-model has to be generate from the given Automotive Instrumental…

                                                               1D ELEMENT CREATION CHALLENGE AIM: To create the Mesh and 1D Element connection on the given component…

AIM: To set PID for each component and perform the connections for the rear door by using different 1D elements using the ANSA preprocessor tool. OBJECTIVE: The given component is a meshed FE-model. so, there is no need to perform mesh and assigning thickness are not need. For the given Rear door FE-model, Create…

AIM: To practice all the morphing techniques and to increase the height of dog houses and ribs on the given model using the ANSA preprocessor tool and mention the applications of morphing in various industries. OBJECTIVE: To perform  all the Morphing techniques using Box morph on the given component Floor panel Model-1.…

AIM: The FE-model has to be created for the given model Plastic bottle cap by creating midsurface and thickness has to be assign for the given component using the ANSA preprocessor tool. OBJECTIVE: Check for the geometrical errors and to create the midsurface for the given plastic components. Mesh the extracted midsurface…

Time taken to complete the challenge - 4hr 30mins

Time taken for Model-1 to complete 6 hrs Time taken for model-2 to complete 4 hrs

AIM: Solid meshing the given Rear view mirror component after check the geometry errors within the 2D elements quality criterias using ANSA preprocessor software. OBJECTIVE: Mesh the component surfaces with the given 2D element Quality criterias. Surface Quality after Volume mesh should be good. Only Tet collapse errors…

ANSA July Batch Aim: For the given hood model the mid surface has to be created and the mesh flow to be done for the mid surfaces under the conditions of given element Quality criteria. Objective: From the given hood model the geometry clean up has to be done then the mid surface to be created for all the components. Then…

Aim: To extract the coefficients of all the thermodynamic properties to calculate the specific heat(cp), enthalpy(H) and entropy(S) that are evaluated from the NASA thermodynamic file of polynomials for '53' species by parsing all temperature coefficients of local temperatures. Objective: The objective of the program is…

Aim: To write a program to do optimisation using the stalagmite function to find the global maxima by using Genetic Algorithm (ga) syntax in Matlab. Objective: To find the global maxima by using the stalagmite function. To explain about the Genetic algorithm and the ga syntax in Matlab. Then to create a plots for…

Aim: To write a program in Matlab software to simulate the motion of the pendulum and the damping coefficient of displacement and velocity of the pendulum. Objective:  The objective of the program is to create sine wave of damping coefficient of angular displacement and angular velocity of the pendulum.  Then…

Aim:       To write a program in the Matlab software to simulate the forward kinematics of a 2R Robotic arm and to make an animation video file of the plot.Diagram:   Robotic arm graphical representation are,Equations:    From the triangles of two arms the equations are…