Search
Search Results
-
Practical estimation method for extreme value distribution of von Mises stress in ship structure
This study presents a practical method for estimating the extreme value distribution of von Mises stress for ship structural strength evaluations....
-
Evaluating the Von Mises Effect of HSS Twist Drilled Hole on Untreated Sandwich Composites by FE Analysis
The combination of strength, rigidity, and low weight is the biggest benefit of composite materials. Manufacturers are able to create characteristics...
-
Optimal torso design selection for dual 7-DOF robot arm using von Mises stress and workspace analysis
This paper presents a unique optimal torso design selection technique for the dual seven-degree-of-freedom robot arm. This optimal design enhances...
-
Assessing the Von Mises Impact of HSS Twist-Drilled Holes on Pretreated Sandwich Composites Through FE Analysis
The composites materials play a significant role due to many of the advantages, strength, stiffness, and lightness with customized properties. When...
-
Analysis of Thermal Autofrettage of Disks Using von Mises Yield Criteria
This work presents analytical solutions of elastic–plastic stresses, strains and residual stresses in the thermal autofrettage of a hollow disk based...
-
Minimization of maximal von Mises stress in porous composite microstructures using shape and topology optimization
Strength-oriented optimization of porous periodic microstructures impacts on efficient design of load-bearing lightweight structures avoiding...
-
Effect of Fiber Drawing on Tensile Strength of UHMWPE Single Fibers: Simulation via Von Mises Stress Criterion
Ultra-high molecular weight polyethylene (UHMWPE) is an exceedingly strong and lightweight polymer owing to its extremely long-chain molecules and a...
-
Effect of Boundary Conditions on the Stability of a Viscoelastic Von Mises Truss
This research aims to analyze the stability of bistable dome-shaped structures represented as a lumped parameter viscoelastic von Mises truss under...
-
Stress distributions around the interference fit between a round pin and a perforated finite plate
Interference fit couplings between a perforated finite plate and a round pin are widely used mechanical systems in several industrial applications....
-
Plane stress asymptotic solution for steady crack growth in an elastic/perfectly plastic solid for mode I crack propagation
Previous efforts at solving an asymptotic, plane stress, steady-state crack propagation problem for a linear elastic/perfectly plastic material,...
-
Transient stress-constrained topology optimization of impacted structures
We investigate topology optimization of the elastodynamic structures under impact loading with transient stress constraints. In contrast to existing...
-
Stress-constrained concurrent two-scale topology optimization of functionally graded cellular structures using level set-based trimmed quadrilateral meshes
This paper presents a novel method for stress-constrained concurrent two-scale topology optimization of functional-graded cellular structures using...
-
Topological shape optimisation of a novel whole bead structure based on an interlaminar shear stress criterion
The bead area of the tire is vulnerable. As the key tire skeleton units, the whole bead typically shows promising application in guaranteeing the...
-
Effect of different biomaterials on maximum contact stress in total hip arthroplasty
Total hip arthroplasty is one of the most successful and cost-effective surgical interventions performed in orthopedics. The performance of hip...
-
A Poisson–Voronoi-based finite element stress analysis of resonating polysilicon micromachines
The development of reliable miniaturized devices capable of performing sensing, actuation, and computing functions in a robust manner strongly...
-
Lightweight and Customized Design via Conformal Parametric Lattice Driven by Stress Fields
Additive manufacturing has opened up new opportunities for material-based design and optimization, with lattice materials being a key area of...
-
Prediction of Nonlinear Stress-strain Behaviors with Artificial Neural Networks and Its Application for Automotive Rubber Parts
This study presents a new method to predict the stress-strain curves of rubber materials using artificial neural networks in order to reduce the...
-
Identification of residual stress intensity and its variation with heat source moving time in AISI304 steel pipe weldment: a significant failure investigation for structural integrity
In order to prevent any potential setbacks in modern ultra-supercritical power plants, a numerical welding simulation was conducted on thin AISI304...
-
Structural optimization and performance improvement of rock drill seals based on orthogonal test
The drill tail of a rock drill meets high-frequency fretting in both the rotational and axial axes. The pure water seal is prone to damage and...
-
Influence of the sensitivity of plastic deformation to the third invariant on the stress state achievable during stretch forming of isotropic materials
For isotropic materials, the von Mises yield criterion is generally used to interpret bulge test data and assess formability. In this paper, we...
