Siemens NX Post – 4ax horiz baxis | 4AX_HRZT_BAXIS.def | 4AX_HRZT_BAXIS.pui | 4AX_HRZT_BAXIS.tcl | Siemens NX Post – 4ax vert axis | 4AX_VRT_AAXIS.def | 4AX_VRT_AAXIS.pui | 4AX_VRT_AAXIS.tcl | Siemens NX Post – Agie | agie.def | agie.pui | agie.tcl | Siemens NX Post – Agie 2axis wedm in | agie_wedm_2_inch.def | agie_wedm_2_inch.pui | agie_wedm_2_inch.tcl | […]
Siemens NX Postprocessor
Siemens NX Post – Diplomat_fagor8055M_3e Siemens NX Post – DMC_635V_Sinumerik_3e Siemens NX Post – DMC_64v-104v_iTNC_3e Siemens NX Post – DMF_360_iTNC_3e Siemens NX Post – DMG_CTX Siemens NX Post – Dyna_DM4800_Meldas500_3e Siemens NX Post – Fadal_VMC15_CNC88_3e Siemens NX Post – Fadal_VMC4020_Fanuc_4e Siemens NX Post – Fadal_VMCseries_CNC88_4e Siemens NX Post – Fadal_VMC_series_3e Siemens NX Post – Feeler […]
Sheet-metal forming
• Introduction/objectives • Deformation geometry • Forming equipments • Shearing and blanking • Bending • Stretch forming • Deep drawing • Forming limit criteria • Defects in formed parts • Methods of sheet metal processes such as stretching,shearing, blanking, bending, deep drawing, redrawing are introduced. • Variables in sheet forming process will be discussed together […]
Sheet Metal Forming
Tecnologie e Sistemi di Lavorazione – Sheet Metal Forming INTRODUZIONE ANISOTROPIA DELLE LAMIERE PROCESSO DI TRANCIATURA FORMABILITA’ DELLE LAMIERE PROCESSO DI PIEGATURA RITORNO ELASTICO PROCESSO DI IMBUTITURA PROCESSI INNOVATIVI (HYDROFORMING,INCREMENTAL FORMING, ECC..) Diversamente dalle lavorazioni per deformazione plastica massiva,le lavorazioni delle lamiere sono caratterizzate da semilavorati aventi caratteristiche anisotrope e da uno stato tensionale di […]
Advanced Rotating Machinery
Flows within rotating systems occur frequently in science and engineering applications… Examples • compressors and turbines • fans and pumps • rotating cavities, seals, and bearings • mixing equipment • fluid coupling devices and torque converters • air motors • marine and aircraft propellers • and many more… Computational Fluid Dynamics (CFD) now plays a […]
Introduction to ANSYS Fluent
All CFD simulations follow the same key stages. This lecture will explain how to go from the original planning stage to analyzing the end results You will learn:• The basics of what CFD is and how it works• The different steps involved in a successful CFD project Computational Fluid Dynamics (CFD) is the science of […]
Introduction to ANSYS Fluent Meshing
• Fluent Meshing is a robust and powerful mesh generation software for unstructured meshing• Fluent Meshing contains several tools:– To handle, repair and improve boundary meshes– Surface Wrapping capabilities that can be used to generate CFD mesheson highly complex and “dirty” geometry– Class leading prism mesh generation capabilities allowing the capture ofboundary layers on complex […]
Solving FSI Applications Using ANSYS Mechanical and ANSYS Fluent
This training course covers the process of performing one-way and twoway FSI in Workbench between Fluent and ANSYS Mechanical.It is intended for users with some experience using both Fluent andMechanical.Course Objectives:– Provide an understanding of the Workbench user interface, as related to FSI workflows– Learn the procedures for performing one and two-way structural FSI analyses,including […]
Heat Transfer Modeling using ANSYS Fluent
Introduction Modes of Heat Transfer Basic Heat Transfer Phenomena • Conduction • Convection • Radiation • Phase Change The Energy Equation Boundary Conditions Conduction Heat Transfer • Heat transfer is energy in transit due to a temperature difference• Conduction phenomenon:• Energy is transported by basic carriers• Fluids – molecules, atoms• Solids – free electrons Forced […]
Advanced ANSYS CFD[Fluent] Aeroacoustics
•Acoustics Tools in ANSYS CFD –Direct Computational Aeroacoustics (CAA) – Ffowcs Williams-Hawkings Model –Broadband Noise Models – FFT Signal Postprocessing – Coupling with Acoustics Codes Direct Aeroacoustic Predictions • Time accurate compressible flow solution • All acoustic wavelengths of interest are spatially and temporally sufficiently resolved from source to receiver location – 15-20 grid points […]