The following tutorials from the ADINA Primer, version 9.1, are available for download. Please download and read the
Introduction before beginning to work on a tutorial. If you do not have a
copy of ADINA yet, you can request your free copy here.
Introduction
Problem 1: Deflection of a beam
Problem 2: Plate with a hole in tension
Problem 3: Plate with a hole in tension using ADINAM
Problem 4: Cylinder subjected to tip load
Problem 5: Round bar with circumferential groove subjected to tip loading
Problem 6: Square walldriven cavity
Problem 7: Contact between a block and a rigid cylinder
Problem 8: Analysis of a shell corner
Problem 9: Thermal stress analysis of a cylinder
Problem 10: Beam subjected to impact load
Problem 11: Beam subjected to impact load — mode superposition
Problem 12: Beam subjected to earthquake load
Problem 13: Visualizing the mesh quality
Problem 14: Pushover analysis of a frame
Problem 15: Acoustic analysis of a monopole
Problem 16: Analysis of a shaftshaft intersection using ADINAM
Problem 17: Analysis of a cracked body using ADINAM
Problem 18: Fluid flow over a flexible structure in a channel
Problem 19: Fluid flow and mass transfer within a pipe
Problem 20: Natural convection and specular radiation within an enclosure
Problem 21: Conjugate heat transfer and natural convection within an enclosure
Problem 22: Rubber Oring pressed between two frictionless plates
Problem 23: Limit load analysis of a pipe bend
Problem 24: Deformation of a pipe due to internal fluid flow
Problem 25: Heat transfer from solidifying concrete blocks
Problem 26: Analysis of a cablestayed bridge
Problem 27: Beam subjected to harmonic and random loads
Problem 28: Unsteady fluid flow over a flexible structure in a channel
Problem 29: Analysis of a shellshell intersection with ADINAM
Problem 30: Analysis of fluidstructure interaction within a pipe constriction
Problem 31: Analysis of a laminar stepwall diffuser
Problem 32: Analysis of a broken dam using the VOF method
Problem 33: Ubending of a metal sheet — staticimplicit & dynamicexplicit analysis
Problem 34: Thermomechanicalcoupling analysis of a disc braking system
Problem 35: Viscoelastic foam Oring pressed between two frictionless plates
Problem 36: Analysis of a rising air bubble using the VOF method
Problem 37: FSI analysis of a simplified turbine using a sliding mesh
Problem 38: Analysis of a steamair heat exchanger
Problem 39: Thermal FSI analysis of a heated hemispherical dome
Problem 40: Analysis of a cracked body with ADINAM — gluemesh
Problem 41: Analysis of a screwdriver with ADINAM
Problem 42: 3D turbulent flow in a strongly curved channel
Problem 43: Contact between a block and a rigid cylinder, TLAS method
Problem 44: Analysis of a bracket assembly with a bolt
Problem 45: Large displacement bending of a plate by an applied moment
Problem 46: Thermal stress analysis of a cylinder – ADINA TMC model
Problem 47: Numerical experiments with rubber material models
Problem 48: Flow between cylinders using adaptive CFD
Problem 49: Analysis of a parachute using adaptive CFD
Problem 50: Postbuckling response of a slender beam
Problem 51: Thermal FSI analysis of a pipe
Problem 52: Crushing of a crash tube
Problem 53: Static 3D EMfields in a conducting block
Problem 54: Microwave heating by harmonic EM fields in a cavity
Problem 55: Bar buckling due to axial Lorentz force
Problem 56: Electromagnetic driven flow over a cantilever in a channel
Problem 57: DCB delamination test using a 2D cohesive interface
Problem 58: Bending of a beam into a Möbius strip using an alignment element
Problem 59: Analysis of a piezoelectric composite cantilever with 3D solid elements
Problem 60: Component mode synthesis applied to a beam model
Problem 61: Analysis of a gasketed assemblage
Problem 62: The second Stokes problem
Problem 63: Sloshing analysis of a water tank
Problem 64: 2D flow around a cylinder with a flexible splitter
Problem 65: Free convection in a lightbulb
Problem 66: FSI analysis of a piston with suction reed valve
Some of the above tutorials are available in video format in the ADINA Video Tutorials page.
