finite element method

The working characteristics of a pile group containing raked piles are analyzed with a simplified model by means of finite element method.

The finite element method make it more suitable for rock engineering problems as it is in many of the features of its own.

The basic concept of reinforced concrete structure design and elastoplastic theory as well as finite element method should be required.

finite element method in a computer simulation to understand the impact glasses by the time the dynamic behavior is necessary.

With the finite element method, the train-bridge coupling vibration analysis model of a Yangtze R. bridge is built.

Compared with the conventional finite element method, the proposed method can reduce the total number of elements and CPU running time.

Existed studies have shown that the finite element method is an effective means of researching the cutting process.

The finite element method and local stress and strain method were used to obtain the crack initiation life under fatigue load of each pit.

The finite element method was used to model situations where an indenter applies normal forces to a coated or uncoated aluminum substrate.

After triangular meshes are formed in the ship Finite Element Method Pre-process, , they should be transferred to quadrilateral meshes.

Our estimates show the error to be comparable to a standard Galerkin finite element method using piecewise linear polynomials .

Objective Analysis of the canine and molar's movement type in different orthodontics force by means of finite element method.

Another commonly used technique, finite element method, is able to handle no-flux boundary condition naturally.

Finally it is verified through finite element method that this kind of new structure is safety, feasible, and more lightweighting.

The finite- element method can be regarded as an extension of the displacement method to two-and-three- dimensional continuum problem .

genetic algorithm; finite element method | Workpiece deformation must be controlled in the numerical control machining process.

Analysis of stress-strain relationship in materials containing voids by means of plastic finite element method.

The finite element method was adopted for structural analysis, and the safe margin equation was set up for a failure mode.

Mechanical evaluations of a widely adopted coating shear bond strength test standard were conducted via the finite element method.

Equivalent circuit method and finite element method have been studied for theoretical analysis of the resonator transducer.

The Lagrangian description is a material description, and is typically represented by the finite element method (FEM).

The contact property of Tungsten alloy during hot rolling was investigated by means of finite element method.

In other words, the ground work of this paper is to achieve transient thermal field analysis with Finite Element Method of Lines.

Temperature and cooling rate distribution in thickness direction of plate were analyzed with finite element method.

The distribution of indoor electromagnetic field in a building struck by lightning was analyzed by the finite element method (FEM).

Finally, the torsion vibration nature frequency and torque amplitude factor of a rolling mill are calculated by using finite element method.

Compared with linear elasticity finite element method, nonlinear finite element method is characterized by the entire proceeding simulating.

The structure scheme of baffle for space optical remote sensor is selected by means of finite element method.

Applying the finite element method, the paper studies the fretting behavior of a kind of tooth-shape connecting rod end of a diesel engine.

The extended finite element method (XFEM) is a numerical method for modeling discontinuities within a standard finite element framework.

and also be divided into the finite element method and boundary element method in numerical integral method.

The effect V-ring indenter on the sheared surface in the fine blanking of shifting fort is investigated by means of finite element method.

The temperature field of the bar in and out the deformation zone during continuous rolling is simulate by finite element method.

The problem of the heat transfer with the planar phase change has been solved by the finite element method.

A finite element method was applied to analyze the dynamic response of slab track subjected to a moving load.

In this paper, electro-chemo-mechanical multi-field formulation is presented and finite element method is applied to numerical simulation.

The Finite Element Method (FEM) is applied to numerically simulate the tidal flow in the vicinity of the river mouth of Yellow River.

The chip formation processes in cutting 45 steel under different cutting speeds are simulated by means of finite element method (FEM).

Applying the theory of structural finite element method, the corresponding structural analysis program system is developed.

By means of finite element method, the static properties of mechanism were discussed.

However, the dynamic simulation of rolling bearing by finite element method is still very limited.

The electromagnetic design of the machine was performed using equivalent magnetic circuit method and verified by finite element method.

This paper investigates behaviors of the restrained column under axial load in fire through using a calibrated finite element method model.

Analysis and calculation of a typocal structure are conducted with finite element method and thus local reinforcement design is put forward.

Combining contact face element with thickness, a contact slice element used in finite element method was proposed.

A systematical calculation was conducted for the J integral crack parameter of a welded joint using the finite element method.

It has been proved that the finite element method can quickly and accurately calculate axis-symmetric defects problem.

The finite element method is a very effective numerical analysis method to extremely complex engineering structure.

The tower crane boom structural design and mechanical analysis, finite element method can be regarded as a good way.

This paper introduces the deck panels' shear membrane into the analysis of high-story steel structure by the finite element method.

Meanwhile, a new method includes the finite element method and experiments is provided to be referenced.

A novel photonic crystal fiber (PCF) with layered microstructures was designed and investigated by the vector finite element method.

Thus, nodal code of Finite Element Method can be parallelized and operated in the connecting point of different groups of PVM.

A finite element method was applied to establish a thermal-mechanical coupling model for wheel-rail contact in pure sliding state.

In this paper, the rupture characteristics of the overlaying soil with soft interlayer were studied by plane-strain finite element method.

Have built a set of the method making use of finite element method to come to analyse high-pressure kelly cock sealing contact problem.

The results show that the non-linear stochastic finite element method is effective for analyzing the reliability of vertical loaded piling.

The application of finite element method (FEM) in the design of a membrane-type micro gas sensor is reported.

Then, fiber model method and nonlinear finite element method were applied to analyze the experimental results.

ANSYS software simulation of the arch tunnel excavation and support structures of the finite element method were researched.

At the airgap, magnetic field change is analysed through two-dimensional analytical method and two-dimensional finite-element method.

Using the finite element method for computation of the regional gravity anomaly only need a few data on the boundary.

The relation between optical fiber structural parameters and transmission properties is simulated with finite element method.

The noise attenuation characteristics of air cleaner in a passenger car are analyzed using finite element method.

An explicit finite element method for the evaluation of dynamic effects of thin-walled structure in impacting processes was presented.

This study evaluates the stress intensity factors of cracked coating-substrate composite media by the finite element method.

The temperature distribution in the diamond synthesis cell of sideward heater was investigated theoretically by finite element method (FEM).

With modern, advanced computing tools, makes the application of the finite element method has far exceeded the original scope.

Then, numerical implementation of CZM incorporated with commercial FEM (Finite Element Method) software ABAQUS is described.

Through the simplification of intensity with the finite element method of data. simulation and discuss both the difference.

Both of accuracy and speed should be considered when a 3D finite element method is used to simulate dual laterolog response.

Because of its bad working environment and complex force, the drilling tools can be simulated by the finite element method (FEM).

Multivariate splines are applied widely in approximation theory, computer aided geometric design and finite element method.

Using finite element method, the stress transfer in a matrix cracked fiber reinforced composite is studied.

A finite element method is adopted to calculate the effects of stitch parameters on the compressive properties of the stitched.

Elastic theory method and finite element method are basic methods in structural calculation for concrete underground continual wall.

Comparing with the results obtained by numerical calculation method, the correctness of Finite Element Method is validated.

Finite Element Method has its problems: meshing is not much fine, the boundary condition is not so rational and etc.

The principle of an extended finite element method (XFEM) for discontinuous rock masses is proposed.

Our study uses finite element method and conducts analysis of the coupled thermo-hydro-mechanical calculations.

Then, the theory and conception of elastic mechanics and Finite Element Method (FEM) have been discussed.

Through numerical simulation of finite element method (FEM), the course of extrusion of the cartridge is simulated.

In this paper, Failure Analysis Diagram, Finite Element Method are used to predict Pipeline Residual Life.

Consider the randomness of various in design process, use stochastic finite element method, simulates the structure shape more really.

This article mainly introduces some similarities and differences between finite volume method and finite element method.

geosynthetics; finite element method(FEM); seepage; consolidation.

Numerical simulation with finite element method is adopted to analyze deformation and mechanical properties of layered salt rock.

Its dispersion and nonlinearity coefficient are investigated simultaneously by using full vectorial finite element method.

Several advantages of the finite element method may be appreciated from the above example.

The three dimensional flow of metals during rolling have been determined using the rigid-plastic finite element method of reducible volume.

Stress and distortion of a four-high mill stand are analyzed with finite element method.

The model of ECT sensor was built, and the relative error of the capacitance model was analyzed by finite element method (FEM) simulation.

Drop impact of the small tracked mobile robot body was simulated by nonlinear finite element method.

The paper introduces the principle of finite element method and its application in foundational study and clinical decision in ENT- Dept.

Finally, applied continuous medium finite element method to proceed numerical simulation to practice project.

Using the result of finite element method for training, an adaptive neuro- fuzzy inference system (ANFIS) model was established.

Therefore, this thesis analysed the bearing behavior of super-long group piles under vertical loadings by non-linear finite element method.

A dynamic finite element method is adopted to calculate and study the low velocity impact damage characteristics of stitched laminates.

The distribution of thermal stress in the pulling straightening roller of slab casting machine is calculated with finite element method.

The temperature stress in the cross section of the pylon in sunshine is educed by the finite element method.

The methods of sealing performance analyses are analytical method, boundary element method and finite element method.

In this paper, the rigid-plastic finite element method is applied to simulate the rod-rod combined extrusion.

The non-linear finite element method was used in this paper to analyze the stress distribution in the area.

At last, with the finite element method the distortion was analyzed during modules' docking process and the simulation results were shown.

The base of dynamical equations of piezoelectric intelligent plate were formulated using finite element method.

Subdivision according to a principle of the structure element analysis is then carried out the basis for the finite element method.

On basis of the modal analyze, stochastic finite element method spectrum analyze is done to the bus body frame.

Methods With finite element method to calculate stress, with principle of analysis design to evaluate stress intensity.

A comparison of the load-carrying capacity of arches is carried out between the finite element method and the equivalent beam-column method.

This paper focus on simulating the KM toolholder taper interface positioning under different clamping force by using Finite-element Method.

The variation finite element method(FEM) using the pseudo-potential function was presented for the simulation of transonic rotational flows.

The simulation on strength performance of the original and improved front frames also be done by using finite element method.

The three dimensional finite element method is used to simulate dynamic and statical analysis of a multi span stone arch bridge.

The magnetic field distribution of one apparatus is evaluated by finite element method to well coincide with the measurements.

The mechanism of road embankment reinforced with geotextile is studied with nonlinear finite element method.

This paper investigates the modal analysis with respect to the High-speed rotation test-bed through finite element method.

It is quite complex and difficult to simulate bolt pretension accurately in the analysis of bolt joint by finite element method.

The eigenvalues and cut-off wavelengths of double ridged waveguide are computed and analyzed by Finite Element Method(FEM).

Secondly, this paper does research on the transient characteristic of LIM by utilizing finite element method (FEM).

By contrast, monitoring measurement results and the finite element method calculated results are basically the same.

This paper develops an algorithm for exact solutions of axial vibrations of bars on elastic support by finite element method.

The application of finite element method on fatigue life analysis and general analysis process were presented.

Finite element method is employed to verify the strength, stiffness and stability of pressured electric cabin.

And plane finite element method is used to simulate excavation process and calculate the corresponding deformations.

The advantage of the finite element method is that it utilizes more reasonable soil behavior and boundary conditions.

On this basis, effect of advancing support is analyzed with the finite element method.

Finite element method is adopted to calculate and analyze the deformation and failure mechanisms and the rock-layer reverse cause.

This paper aimed at the appliance of finite element method on orthopaedic biomechanics to serve for clinic.

Then, the nonlinear quasi-conforming finite element method is discussed and the assumptions for stress and strain are given.

In the paper, the behavior of surface cracks during rolling was simulated by thermal-mechanical finite element method.

Then the modem design method-optimum design to box girder is adopted by two methods (including finite element method).

Grid precision problem that has many effects on calculation results by finite element method is discussed in theory.

The Transfer Matrix Method (TMM) and the Finite Element Method (FEM) are two ordinary calculating methods for rotary system.

The research and application of Finite Difference Method and Finite Element Method in primary years. . .

The response of dual laterolog in tilted anisotropic sedimentary formation was simulated with the three-dimensional finite element method.

The magnet field is analyzed by finite element method and the performances are simulated by time-stepping finite element method.

To solve the problem of the flow in the nozzle cascade with many splitter vanes, this paper adopts the more advanced finite element method.

A theoretical study on ultrasonic guide waves generated by a pulsed laser was presented, using the finite element method(FEM).

The foregoing examples suggest some advantages of the finite element method.

This paper presented a new approach to model three-axis table's outer ring by combining the fuzzy theory with finite element method.

This paper describes the analytic method of internal force of ship lock structure and the principle of finite element, method and process.

Finally the shell deformation at initial stage is analysed by nonlinear finite element method. . .

The coupling meshless method and finite element method for the seepage of the jointed rock mass are developed in the paper.

The production performance of fractured wells is simulated with the Finite Element Method and the anchor rod model.

The transient temperature fields generated by a pulsed laser in cylindrical shell were obtained by using the finite element method (FEM).

Meanwhile, in this paper, the temperature field in calculating the probability analysis will use stochastic finite element method (SFEM).

frequencies and resonant frequencies of TEM cell were analyzed using finite-element method (FEM).

The results of model experiments are well coincident with those of finite element method.

By using finite element method, a pressure piping with incomplete welding flaw was analyzed in strength and assessed in safety.

If there are no discontinuities or drainage holes, the CEM will automatically be degenerated to the conventional finite element method(FEM).

Objective: The three-dimensional finite element method models of the maxillary second molar was constructed.

The characteristic impedance of GTEM cell is analyzed by three-dimension finite element method.

contact stresses of involutes gear were measured and analyzed by using Hertz contact theory and finite element method.

The partial differential equation of flow in porous medium has been studied with variational finite element method.

This design using the finite element method, the equivalent stress of the above-mentioned has solved the problem of stress concentration.

Starting from the Maxwell equations using the finite element method analysis of dispersion properties of photonic crystal fiber.

The properties of the laminated membrane coupling based on the non-linearity of finite element method are presented in this dissertation.

Secondly, the use of space finite element method, the structure under different temperatures in response to the analysis.

The bulk modulus and formation factors of those 3D digital cores were simulated by finite element method.

The thermal stress distribution of SCSP in packaging process was studied by finite element method.

Last, linear method and nonlinear finite element method of the aero static stability were detailedly compared in this thesis.

The force characteristic of the actuator was further calculated and analyzed with 3D finite element method.

Finite Element Method substituted with BP Neural Networks to back-analyze parameter of rock and soil.

It is shown that the finite element method is accurate and available to simulate well test problem in reservoir.

and the finite difference method and finite element method are employed to calculate the numerical value.

The application of finite element method in heat conduction and stress analysis is studied in this paper.

The paper introduced the application of finite element method in developing rapier loom.

According to the principle of the finite element method, simplified finite element model is created in ANSYS by using output loads of ADAMS.

The transient temperature fields generated by a pulsed laser in aluminum pipe are obtained by using the finite element method.

In dealing with the gravity data of some basin, obtain the residual gravity anomaly applying finite element method.

Using the finite element method, this paper computed and analyzed the stability of cable-stayed concrete filled steel tube arch bridge.

The technology development of finite element method and the introduction of dynamic explicit algorithm are also reported in the paper.

The finite element method is obtains the approximate solution according to the variational principle and the discretization the method.

The coupling element-free Galerkin with finite element method for semi-rigid steel frames is given.

In this paper, explicit finite element method is used to analyze the shear behavior of particles flow in wedge shear cell.

This paper makes an attemp to apply object oriented technique to finite element method(FEM) numerical simulation of casting.

This study simulates the slope stability at Jiu-Fen elementary school, using the limit equilibrium method and the finite element method.

Finite element method was used to simulate the residual stress in soldered joints of QFP device with three kinds of lead materials.

In this paper, the regularity of longitudinal vibration was analyzed by using finite element method.

The finite element method of rotary Couette Poiseuille flow in annular gap of rotary tubular membrane separator was discussed in this paper.

Then powertrain mount bracket is analyzed using finite element method.

Based on 3 dimension elastic beam theory, the calculation is carried out for mooring lines by the nonlinear finite element method.

For the special K-joints, finite element method should be taken.

Dynamic model is established by Lagrange method, boom of the crane is discrete by 3D finite-element method.

Compared with the traditional finite element method, the model have the advantages of little computation time and convenience.

First, the Mode Matching Technique (MMT) and the Finite Element Method (FEM) are presented.

The unrestrained piston ring curve has been analyzed by the finite element method.

There are three main methods by far, idealized structural unit method, simple method and nonlinear finite element method.

In numerical value analysis fields, some scholars research how to combine Object-Oriented programming with finite element method.

introducing finite element method to solve the control equation.

With 2 -Dimensional Finite Element Method analysis, simulate the type section's strain stress characters.

In this paper a finite element method for solving direct problem of magnetic exploration is proposed.

The finite element method is used to analyse the micro-stress in the particles in metal matrix composites.

The finite element method is used in analyzing the static characteristics anddynamic characteristic of the XY table.

In the article, the key problem of the modeling of finite element method is summarized.

Factors influencing the stress distribution in prestressed cables were analyzed by using the finite element method.

The behavior of the cold rolled strip buckling was studied using the ANSYS finite element method.

The nonlinear analysis of pre-stressed concrete beams has been made by using layered finite element method in this paper.

Finally, using the finite element method and the ANSYS to analyses the stress of the reconstructed model.

The experimental system of reacting-force wall and test-bed was analyzed by static finite element method.

Aimed to tapered beam units, the finite element method (FEM) is introduced in this paper.

The tectonic stress field in Chengdao area of Yanshan and Himalaya periods is simulated with finite element method.

Computation based on the finite element method has been carried out with the computer type 709.

circuit breaker; keep-spring; finite element method.

The equations of hydrodynamics including conduction of heat are solved numerically by using the finite element method.

The paper presents a self-consistent finite element method (SCFEM)dealing with inclusion problems.

Static characteristic of double-pore slab ballastless track is studied with finite element method.

With the development of computational science, finite element method has been widely used to simulate the rolling process.

This paper introduces the Finite Element Method numerical simulating technology and the dynamic simulation based on the UG software.

For further studies on geometric nonlinearity of framed structures, a finite element method based on beam element is developed.

Finite element method is used in the temperature distribution analysis of steel beam under standard fire.

The cover system of the plane numerical manifold method (NMM) was discussed based on the mesh of the triangle finite element method (FEM).

Based on the primal definition of ultimate state and finite element method, more accurate results of ultimate load were obtained.

The mathematical model of the plate structures was constructed by using the Finite Element Method.

Basing on finite element method and visual display technology, this paper analyses the gas drainage problem of goaf in Dalong mine.

This paper mainly introduces the nonlinear finite element method based on point-sampled model and dynamic simulation.

step finite element method is introduced to solve the shallow water flows.

The laser deep penetration welding process of GH4133 high-temperature alloy was simulated by finite element method.

In this paper, we performed modelling of DC resistivity sounding in tunnel using the finite element method(FEM).

The paper first uses the finite element method to analyze the whole rolled mill stand.

In this paper, the temperature field of upset cylinder upset in quenching process is analyzed by finite element method.

An effective vector finite element method (FEM) for analysis of 3D radiation problem is proposed in this paper.

A rotational stiffness model for single-notch circular flexure hinge is established based on finite element method.

Static deformation of drill pipes is discussed by using finite element method.

Mechanical calculation of cast iron rammer was made by using the finite element method and the cracking destruction was analyzed.

The deformations of machine tool spindle and slideway are analyzed by using the traditional method and the finite element method.

The problem of time and spatial numerical oscillation is found while transient temperature field is computed by finite element method.

The deformation and stability of Dayantang slope are studied with adaptive elasto-viscoplastic finite element method.

A2D model for analysis of the hot die forging process for the tie rod by finite element method is set up.

This paper is devoted to discrete-continual finite element method of structural analysis(DCFEM).

The image reconstruction technique based on the finite element method is flexible and easily to use for many applications.

First, a comparison study between two modal analysis method namely the transfer matrix method and finite element method is carried out.

Based on the nonlinear finite element method, the basic characters of road widening engineering are studied.

The effect of different excavation lengths of inverted arch in one step was analyzed by use of the finite element method and model tests.

A standard finite element method is used to solve equation of heat conduction.

At last, a calculation example of thermal field is given by using finite element method.

The geotemperature field of upper crust in Tianshui earthquake area is calculated by using finite element method.

In the present paper, rolling of rings with different cross sections is analysed by using a 3D rigid-plastic finite element method.

OBJECTIVE: To construct a lumber spine (L3-5) biomechanical model using three-dimensional finite element method.

rotor blade in hover by using the Galerkin weighted residual finite element method is developed in this paper.

An elastic-plastic parallel finite element method based on domain decomposition is studied under the environment of MPI cluster.

Drill string vibration was analyzed based on vibration theory and finite element method.

Based on the finite element method, it is study that steady and transient bulk temperature of spiral bevel gear is calculated.

We compute the field in electrostatic deflectors using the second-order finite element method.

A kind of mixed-order vector finite element method for axial-symmetric cavities is introduced.

Based on rigid-plastic finite element method, backward extrusion process of TB10 titanium alloy cylinder was simulated numerically.

The wave finite element method was used to study the dynamic response under impact loading in a gradient non-homogeneous plate with a crack.

The effect of fault structure on ground stress field is studied by using finite element method.

The effect of geometry on strength in aluminum adhesive joints is studied by using 3D elastic plastic finite element method(FEM).

Based on Finite Element Method (FEM), the stability of side slope is analyzed using the Mathematics Programming Method (MPM).