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Fatigue Crack Growth Analysis of Modified Compact-Tension Specimen - ANSYS Workbench

Semih Tinmaz
in FEM
84 15 Intermediate
This tutorial includes step-by-step fatigue crack analysis of Modified Compact-Tension Specimen.
spaceclaim computer aided engineering finite element analysis fracture mechanics paris law ansys workbench fatigue crack fatigue life

Ejercicio SMM - Parte 1

Marcelo Valderrey
in Other
78 0 Beginner
Bajar un modelo de parte en formato STEP, importarlo, repararlo y guardarlo como parte de SolidWorks.
SOLIDWORKS unr smm

Ejercicio SMM - Parte 5

Marcelo Valderrey
in Other
77 0 Beginner
Recursos visuales orientados a la creación de presentaciones a partir de imágenes, animaciones y videos.
unr smm

Ejercicio SMM - Parte 4

Marcelo Valderrey
in Other
76 0 Beginner
Exportar un ensamblaje en formato STEP. Abrir ensamblajes en modo LARGE DESIGN REVIEW. Convertir ensamblajes con MAKE VIRTUAL.
unr smm

Ejercicio SMM - Parte 8

Marcelo Valderrey
in Other
75 0 Beginner
SolidWORKS Motion - Animación
unr smm

Ejercicio SMM - Parte 3

Marcelo Valderrey
in Other
75 0 Beginner
Crear un ensamblaje a partir de distintas configuraciones de una misma pieza.
unr smm

Ejercicio SMM - Parte 6

Marcelo Valderrey
in Other
74 0 Beginner
Continuando con los recursos visuales orientados a la creación de presentaciones, veremos elementos básicos para crear imágenes renderizadas.
unr smm

Ejercicio SMM - Parte 9

Marcelo Valderrey
in Other
74 0 Beginner
SolidWORKS Motion - Movimiento básico
unr smm

Ejercicio SMM - Parte 2

Marcelo Valderrey
in Other
74 0 Beginner
Generar configuraciones dentro del archivo de parte eliminando selectivamente sus sólidos.
unr smm

Ejercicio SMM - Parte 7

Marcelo Valderrey
in Other
74 0 Beginner
Vistas en sección, en explosión y algunas animaciones automáticas.
unr smm

Cap screws and machine screws

dea
in Drafting
69 12 Intermediate
Cap screws and machine screws are similar in shape, differing only in their relative sizes. Machine screws are usually smaller in size, compared to cap screws. These are used for fastening two parts, one with clearance hole and the other with tapped hole. The clearance of the unthreaded hole need not be shown on the drawing as its presence is obvious. Figure 5.24 shows different types of cap and machine screws, with proportions marked Cap screws are produced in finish form and are used on machines where accuracy and appearance are important. As cap screws are inferior to studs, they are used only on machines requiring few adjustments and are not suitable where frequent removal is necessary. These are produced in different diameters, upto a maximum of 100 mm and lengths 250 mm. Machine screws are produced with a naturally bright finish and are not heat treated. They are particularly adopted for screwing into thin materials and the smaller ones are threaded throughout the length. They are used in fire-arms, jigs, fixture and dies. They are produced in different diameters upto a maximum of 20 mm and lengths upto 50 mm.
Autodesk Inventor screw cap

Spur Gear Set - Stress Evaluation

Semih Tinmaz
in FEM
58 0 Beginner
Spur gears have their teeth cut parallel to the axis of the shaft on which the gears are mounted, transmitting power between the parallel shafts. To maintain a constant angular velocity ratio, two meshing gears must satisfy a fundamental law of gearing: the shape of the teeth must be such that the common normal at the point of contact between two teeth must always pass through a fixed point on the line of centers. The contact point is called the pitch point. The goal is to assess the maximum stress during the transmission of the torque. By engineering judgement, the maximum stress occurs either at a contact point or at the root of a tooth due to the bending of the tooth. Since there is no restriction of deformation in the depth direction, i.e.,the gears are free to expand (or contract) in the depth direction, so it is modeled as a plane stress problem.
ansys workbench stress analysis transmission gears gear finite element analysis

Side Pole Test - High Speed Impact - Explicit Dynamics - ANSYS Workbench

Semih Tinmaz
in FEM
54 0 Intermediate
Explicit dynamics is a time integration method used to perform dynamic simulations when speed is important. Explicit dynamics account for quickly changing conditions or discontinuous events, such as free falls, high-speed impacts, and applied loads. Because these “nonlinear dynamics” are integrated into the simulation, explicit dynamics is the preferred choice for simulating highly transient physical phenomena. Some side impacts involve a vehicle travelling sideways into rigid roadside objects such as trees or poles. Often this is the result of a loss of control on the part of the driver, owing to speeding, misjudgement of a corner or because of a skid in slippery conditions.
high-speed impact impact finite element analysis explicit dynamics ansys workbench side pole test crash test

Topology Optimization of Triangular Bracket - ANSYS Workbench

Semih Tinmaz
in FEM
53 2 Intermediate
Topology optimization is a mathematical method which spatially optimizes the distribution of material within a defined domain, by fulfilling given constraints previously established and minimizing a predefined cost function. Main aim of this tutorial is optimizing and decreasing the material density of the triangular bracket as 50% by topology optimization.
ansys workbench ansys spaceclaim topology optimization topology

SOLIDWORKS Visualize 2019 Tutorial - How to Render A Spider Robot Motion Study as Realistic.

Ahmed ElPrince
in Other
50 1 Expert
This Video Below Will Help You as a Beginner to know the Basics of Rendering Any Motion Study from SOLIDWORKS Software, Also Some Tricks inside Visualize will be explained after watching This VIDEO. If You Understand and Learnt Something New ... Please Like And Subscribe My New Channel (Prince EnGineer).. if You have any Question I'll Reply and Thanks For Watching Link: https://www.youtube.com/watch?v=PNJmwm6g1cA&t=123s
3d animation video visualize solidworks render robot spider
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