1. The major elements from the given wiring diagram are :-  Battery, Generator, Distributor, Fuse, Regulator and    2. Battery :- Fuse:- Regulator :-   3. P(W)=V*I i.e. 12*10= 120W  Amps=Watts/Volts i.e. 120/12= 10Amps. 4. P(W)=V*I i.e. 500= V*10 i.e. V=50V  

Objective Main objective is to take the midsurface of all the components after eleminating the geometric errors and to further proceeding with meshing the midsurface within the given quality criteria. 2. Procedures CAD model was exported to ANSA and the geometric errors were checked and rectified. Used @MENUBAR>TOOLS>CHECKS>GEOMETRY…

Objective Main objective is to take the midsurface of all the components after elemenating the geometric errors and to further proceeding with meshing the midsurface within the given quality criteria. Procedures CAD model was exported to ANSA and the geometric errors were checked and rectified. Used @MENUBAR>TOOLS>CHECKS>GEOMETRY…

Objective Main objective is to take the midsurface of all the components after elemenating the geometric errors and to further proceeding with meshing the midsurface within the given quality criteria. Procedures CAD model was exported to ANSA and the geometric errors were checked and rectified. Used @MENUBAR>TOOLS>CHECKS>GEOMETRY…

Objective Main objective is to take the midsurface of all the components after eleminating the geometric errors and to further proceeding with meshing upon the midsurface within the given quality criteria. Procedures CAD model was exported to ANSA and the geometric errors were checked and rectified. Used @MENUBAR>TOOLS>CHECKS>GEOMETRY…

Objective Main objective in this challenge is to take the midsurface and mesh the same after checking and eleminating all geometric errors. Meshing are to be done using different meshing techniques as instructed with proper thickness assignment. Procedures CAD model was exported to ANSA and the geometric errors were checked…

Objective Main Objective is to check for the geometrical errors and mesh the Surfaces with the given 2D element Quality criterias. To use tetra elements to mesh the Volumes defined in the model and check for the quality after Volume meshing. Procedures CAD model was exported to ANSA and the geometric errors were checked…

Objective THE MAIN OBJECTIVE IS TO DEPLOY DIFFERENT PID'S FOR THE COMPONENTS AND TO ESTABLISH SUITABLE CONNECTIONS. Procedures GIVEN CAD MODEL WAS EXPORTED TO ANSA AND PID WAS CREATED FOR EACH PART USING @MESH>MACROS>SET PID. DOOR HINGE WAS FIRST CONNECTED TO THE DOOR BODY USING BOLTS @TOPO>POINTS>ON COG AND…

Objective Generating mesh, deploying 1D element and defining the cross-section for the same with property assigning. Procedure   Geometry was imported to CAD using @FILE>IMPORT>GEOMETRY>IMPORT and switched to ‘Shaded Geometry and Surface Edges’. Now for mid-surfacing @GEOMETRY>MIDSURFACE>(SURFS,…

OBJECTIVE To mesh the given components below and assign the thickness  provided, also to verifiy the given quality criteria upon the model. PROCEDURE Geommetry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Delete solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. Midsurface…

OBJECTIVE To mesh the backdoor geometry of a car with given quality parameters. that you have to follow. PROCEDURE Geommetry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Delete solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. Only half of the model is used initially…

OBJECTIVE To mesh the given component of a car with given quality parameters and to assign thickness. PROCEDURE Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Delete solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. Midsurface was extracted using @GEOMETRY>MIDSURFACE>AUTO-EXTRACTION>SURF.>ALL>EXTRACT>OK.…

OBJECTIVE To mesh the Plastic Model with given quality parameters without using auto-midsurfacing option. PROCEDURE Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Delete solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. For each feature area, mesh was deployed…

OBJECTIVE To follow the Quality Criteria and mesh the given component and assign thickness. PROCEDURE Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Deleted the solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. Fillets present at the feature areas were removed using…

OBJECTIVE To create Tetramesh for the given models following each Quality Criteria. PROCEDURE (MODEL 1) Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Deleted the solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY after getting a 'Topo' view. Remove fillets and minimum…

OBJECTIVE To mesh the geometry considering the given Quality Parameters and to create connectors for attaching various components.  PROCEDURE Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. 2D mesh was applied @2D>AUTOMESH>SURFACES>QUADS>ELEMENT SIZE - 5>MESH. Quality…

OBJECTIVE To carry out cleanup operation procedure on the given files without any free edges, converting all of them into refine geometry. PROCEDURE Geometry was imported @IMPORT>FILES>IMPORT>GEOMETRY>ALL>IMPORT. Deleted the solids @DELETE>SOLIDS>SOLIDS>ALL/DISPLAYED>OK>DELETE ENTITY. Fillets…

OBJECTIVE: TO CHECK THE MATERIAL PROPERTIES OF THE GIVEN RAIL COMPONENT AND TO CALCULATE THE SPEED OF SOUND THROUGH THE SAME. TO CALCULATE THE TIME TAKEN FOR A SHOCK WAVE TO TRAVEL FROM ONE END OF THE RAIL TO THE OTHER WHERE LENGTH OF THE RAIL IS ABOUT 1000 MM. SIMILARLY TO FIGURE OUT THE TIME FOR SOUND…

OBJECTIVE RUN THE BASE SIMULATION (ASSIGNMENT 2 FILES) AND COMPARE THE RESULTS OBTAINED WITH SAME FILE AFTER MODIFICATION AS SPECIFIED BELOW. run time = 55 ms. animation steps max @60 and min @25.   Ishell = 24 Ismstr = 2 Ish3n = 2 N = 5 Ithick = 1 Iplas = 1 COMPARE THE MASS AND ENERGY ERROR, VARIATION…

OBJECTIVE  TO COMPARE THE 7 DIFFERENT CASES GIVEN FOR THE NUMBER OF CYCLES, ENERGY ERROR, MASS ERROR AND SIMULATION TIME TO UNDERSTAND THE PROPERTY DIFFERENCES. TO PLOT ENERGIES FOR ALL THE GIVEN CASES TO NOTICE DIFFERENCES. TO ARRIVE AT A CONCLUSION FOR SELECTING BETTER MATERIAL PROPERTIES FOR ON-FIELD SCENARIO.…

OBJECTIVE TO CREATE MESH FOR THE GIVEN 'BUMPER ASSEMBLY' WITH THE SPECIFIED CONDITION. TO RUN THE GIVEN 'CRASH TUBE' MODEL EACH BY CHANGING CONDITIONS AND TO COMPARE THE SAME AFTER PLOTTING ENERGY AND FORCES.   PROCEDURE HYPERMESH (OPTISTRUCT)>FILE>IMPORT>MODEL>'select as needed'>IMPORT. GEOM>TEMP…

AIM  FOR THE GIVEN FRONTAL CRASH BIW CHECK UNIT SYSTEM AND FOLLOW THE RELEVANT AS APPLICABLE. CREATE APPROPRIATE INTERFACE, FRICTION AND RECOMMENDED PARAMETERS. TO MAKE SURE THAT THERE ARE NO PENETRATIONS AND INTERSECTIONS. CORRECTION OF RIGID BODIES IF NEEDED AND CREATION OF RIGID WALL WITH FRICTION AS RECOMMENDED. TO…

AIM  FOR THE GIVEN NEON SIDE CRASH BIW CHECK UNIT SYSTEM AND FOLLOW THE RELEVANT AS APPLICABLE. CREATE APPROPRIATE INTERFACE, FRICTION AND RECOMMENDED PARAMETERS. TO MAKE SURE THAT THERE ARE NO PENETRATIONS AND INTERSECTIONS. TO CREATE A RIGID POLE WITH A FRICTION OF 0.1 AS PER THE FMVSS 214 STANDARDS. TO COMPARE…

>AIMAS PER THE ARTICLE SHARED, A NON LINEAR STATIC PROBLEM IS SOLVED USING BOTH EXPLICITE AND IMPLICITE ANALYSIS. BOTH OF THE CASES USE INCREMENTAL LOAD CONTROL SCHEME AND HERE IT IS ADVISED TO USE THIS EQUATION "F(u) = u3+9u2+4u" AND SOLVE USING BOTH EXPLICITE AND IMPLICITE METHODS.ALSO TO EXPLAIN IN DETAIL ABOUT IMPLICITE…