fem

Two kinds of sample had been measured, For the flexible slim macromolecule sample, FEM had been used to validate the measurement results.

There was no doubt that we would win the game after a fem more goals were scored.

Summary of Background Data. FEM has been reported to predict vertebral strength in vitro, but has not been used clinically.

The electrogram data sensed at each of the plurality of locations in the heart is mapped to a corresponding element of the FEM.

FEM has been used to simulate and analyze the high pressure rubber forming process of part with flange bending.

The FEM can be expressed mathematically as an FEM matrix made up of the elements, and can also be displayed in graphical form.

We applied the FEM that was not accommodation to the complicated engineering problem. And the result of random would be caused.

So the stress concentrate was improved. FEM avoided the predigestion of traditional methods, and the result was more accurate and credible.

But if I were a stormtrooper naturally I would need the perfect partner thus the Fem Trooper idea was born!

Finally, the critical length of the key wall is studied by means of FEM.

The stability of this new structure has been studied by means of FEM simulation with reduction of the soil strength.

then , numerical simulation and evaluation for the total flywheel system was performed by the fem software.

FEM NTA coupling model is set up for simulation of mining conditions at great mining height with an overlying rocks of low tensile strength.

The procedure uses FEM to create a storage policy with an explicit list of storage areas that are assigned to it.

The analysis of a bus chassis frame by FEM is now becoming an essential technique to design bus structure .

The comparison between the experimental data and the simulation results indicates the availability and effectiveness of this FEM method.

Thirdly, the simulation of concrete crack has been a difficult problem for normal FEM ever since.

The result of FEM displays the intensity and stiffness of this mold-frame accord the requirements.

The flexible hinge was also analyzed by a FEM simulation software and its feasibility and security were validated.

Its validity was concerned by the comparison with the results obtained by Finite Elemental Method(FEM) for a squared porous medium.

and the result agrees well with that of EGD-3 using the stress concentration coefficient on the basis of FEM under the low cycle load.

The contact zone between roller and workpiece and its contour's definition are the cruxes of establishing the FEM mechanical model.

Meanwhile, the result of FEM analysis can work as the basis of structural optimization design.

The results showed that FEM could be applied to the evaluation of electromagnetic environment in buildings struck by lightning.

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

The design of the body frame topologic structure is presented, using FEM-based topological optimization technique.

The interactive technology of graphics is widely applied to the preprocessing and the post processing modules of the modern FEM software.

Using FEM to simulate the stress-strain status and the deformation process, mesh movement law of the plastic helical gear is obtained.

With FEM simulation, the cost and tooling design time can be reduced significantly by minimizing the number of try outs.

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

Contact treatment is one of key factors influence the FEM simulation accuracy and efficiency.

Taking the oil pan of an engine as an example, the FEM model of a thin-walled structure is established.

The FEM solution of an axially symmetrical temperature field was presented in consideration of the electromagnetic-temperature coupling.

The frequency of complicated thin plate with any concentrated masses can be computed by ANCM, and the time cost is less than FEM.

With the rapid development of computer technology and FEM theory, FEM have been popularly used in the analysis of sheet metal forming .

The optimization method was verified to be correct and feasible by analyzing the optimization results using FEM.

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).

Comparison between the FEM analysis results and the formula in related code showed that the formula gives conservative result.

This paper provides references for the thermal mechanically coupled-field simulation of the multi-pass rolling process by FEM.

Corresponding relationships between the temperature field and stress field in ingot mold was revealed by FEM analysis.

By FEM analysis for its intensity, rigidity and kinetics model, it has been optimized, practice shows that it is a successful design.

a axial symmetry model of ring upsetting was built up, the ring upsetting of pure Al sample has been simulated by the FEM.

The effect of the centrifugal force on tool system characteristics was analyzed with a nonlinear FEM technique.

FEM software, ABAQUS, is used to model the landing gear for an aircraft, and carry out the numerical simulation for drop test.

The aseismatic performance of this shear wall is studied with the indoor model experiment and non-linear FEM analysis.

The comparison between FEM method and measurment results shows that it is feasible to predict the performance of the transducer with FEM.

Contact FEM strength reduction method is an inverse process in limiting equilibrium analysis of slope stability.

Furthermore, the validity of the FEM model was improved by the electrically measuring results of the experiments.

As is well known, an FEM is a mathematical model of the physical geometry of a structure.

At last, the temperatures of a rator's all key parts are computed by means of FEM.

By combining the "thickness gradient criterion" and FEM, the FLD of sheet metal can be calculated when the tensile properties is available.

and then, laser-induced acoustic waves in metals with continuous changes of near-surface elastic properties have been obtained by FEM.

Limit span determined by similarity simulation is between that by FEM and that by the formula proposed in the paper.

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

Complicate revolution shells are divided into several truncated conical elements, and synthesized with the similar technique in FEM.

Then a nonlinear seismic response analysis of a transmission tower, which is located in Shenyang, is studied by the FEM soft ANSYS.

FEM and BEM were used to analyse the dynamic response of the BIP and acoustic cavity.

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

The time integration by means of FEM is verified numerically first.

The results of dynamic measurement are in good agreement with that calculated by FEM.

Even if you answered "no" and you don't get your kicks by annoying others, you'll find the FEM API has much to offer.

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

Objective Use FEM to observe the relationship between the change of alveolar ridge's height and the stress change of wall of root canal.

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

The stress data of roughs was analyzed. The validation of the stress property was made about some key points by the mean of FEM.

And this method is compared with the usual FEM mesh refining, the results proves the accuracy of the correction method in this paper.

The sub-pixel center of light stripe can be found when energy is minimized by FEM.

Ground settlement of roadbed widening project in highway extension construction is analyzed by non-linear FEM numerical calculation.

The temperature field of the bar in and out the deformation zone during rolling is simulated by FEM .

In the simulation of operation, for the request of precision, Finite Elements Models (FEM) is the best model.

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.

The construction of FEM model, material parameters, boundary conditions and loading definition are introduced in details.

With the new three-dimensional FEM model, some research is done on the ERD wellbore stability under elastic and elastoplastic conditions.

FEM analysis and assembly method of a planar array antenna in radar of bigger size and better mobility.

A thermoelectric FEM model is developed to analyze the transient thermal behavior of resistance spot welding process, using ANSYS program.

The exception information is stored to the FEM database with a status of not confirmed.

With the application of large-scale FEM software, the research on magnetic pressure in electromagnetic forming will start a brand-new stage.

The FEM simulation of molten pool temperature filed of laser cladding was in accordance with the results of cladding experiments.

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

The FEM MDB picks up the message, updates the failed event in the database, and sets status to Failed.

The mechanism of formation of shear band in cohesionless soils is presented and verified by a fully coupled FEM procedure.

Derive an equivalent compressive spring boundary to simplify the shell FEM analysis model and improve the artificial boundary method.

The influence of the vibrator with different structure parameters on dynamic performances is analyzed by FEM.

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

Through FEM elastic-plastic analysis, the influence of reinforcement measures to pile deformation is investigated.

The construction of FEM model, material parameters, boundary conditions and loading in the simulation were introduced in details.

LIU Ning. Stochastic FEM and Its Applications in Engineering[M]. Beijing: China Water Conservancy and Electric Power Press, 2001.

By virtue of the advantages of FEM and RBM the problems are simplified and the computational efficiency is improved remarkably.

LIU Ning. Stochastic FEM and Its Applications in Engineering[M]. Beijing: China Water Conservancy and Electric Power Press, 2001.

By virtue of the advantages of FEM and RBM the problems are simplified and the computational efficiency is improved remarkably.

FEM is used to calculate precisely the elastic deflection error of the system under the condition that t. . .

When you create a P8 object store using FEM, you can specify the default type of storage area for that object store.

The results showed that the calculation structure response from FEM is most consistent with measured results.

The well agreements of the load-displacement curves between experiment and FEM show the FEM modeling is credible.

Then in April, the field had an unexpected setback, when FEM PrEP, a study in African women, was stopped early because it was not working.

The'Divide and Conquer'strategies are used to parallel the FEM, and locality of storage is implemented.

The related parameters in roller contact deformation problem are solved by FEM and checked by classical Hertzian contact theory.

To analyze the potential vibration of the tunnel affected by pile driving, the vibration was simulated with FEM.

To analyze the potential vibration of the tunnel affected by pile driving, the vibration was simulated with FEM.

This method provided a new accurate simulation method for simulating truly engineering structures through FEM method.

Based on the nonlinear FEM analysis of the thick pile cap, force transfer mechanism of it is studied in the paper.

A method to automatically generate a FEM mesh on a joint network is proposed and implemented through programming.

The research plays an important role on the implementation of high efficiency computation for backward simulation using FEM.

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

The message file is where the simulation will indicate a normal stoppage of the FEM module.

The assumptive condition and disposal technique of FEM modeling were given with Tianxinzhou Bridge as a practice example.

Static oxidation test and thermal fatigue test of thermal barrier coating structures were conducted along with related FEM analysis.

Results obtained from the MJHM were more accurately demonstrated through the comparison between FEM and experimental results.

Results obtained from the MJHM were more accurately demonstrated through the comparison between FEM and experimental results.

After the number of retries is reached, the message is moved to the FEM destination.

The regressive calculations of three dimensional FEM for the initial geostress in engineering area are achieved through ANSYS software.

General FEM package ANSYS is used for describing the behavior of brick masonry under in-plane load.

Caving angle and displacement angle can't be determined by FEM for it is applicable to elastic and plastic medium.

It presents a new design method for pressure vessel in plastic state with the help of FEM, and gives an optimized thick or profile design.

The estimate value is in agreement with the results obtained by FEM simulation.

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).

In the trial load method for calculating arch-dam stress, this paper adopts the FEM to overcome shortcoming of the F.

In the trial load method for calculating arch-dam stress, this paper adopts the FEM to overcome shortcoming of the F.

The method of nonlinear FEM is adapted. The pounding between the soil and the basement is considered.

Template method was used in IVCD system to quickly and easily build vehicle body concept geometry model and FEM model.

The temperature field is calculated by FEM method for delay rolling, rolling process, water cooling and wind cooling.

In this paper, the statical stresses of the C-arm is studied through using ANSYS software by FEM and experiment.

At last, combined with the test results, a proper modelling boundary condition is given by FEM pilot calculation.

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

The result of FEM shows that the ductility of the beam side is more than the one's of non-beam.

The FEM knowledge base which gives decision analysis for establishing part family's FEM main document is specified.

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

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

The RF part of mobile phone has a lot of passive devices, so FEM becomes of a typical LTCC device.

On the present level of FEM, the internal forces on the base surfaces can be computed accurately by this method.

The rolling force in strip rolling process was solved nonlinearly by the program we developed via the 2D compressible rigid plastic FEM.

A 3D FEM program was used to analyze the seismic behaviors of wall confined soils of underground.

The stress concentration factor of the gun tube pit was defined. The FEM models of the pits were built by MSC.

It provides a good example that utilizing the FEM simulation method in steel plate cutting has great potential.

At same time, the coupling stiffness of double rotors were figured out by the FEM, which provides a valid method for the similar problems.

Using the time domain contact force as the external moving load of FEM model of catenary. The dynamic stress of catenary has been simulated.

The paper presented the advance of strength reduction FEM in - depth, and discussed its' theoretic method.

The paper presented the advance of strength reduction FEM in - depth, and discussed its' theoretic method.

The dynamic stability of a slope in Xiaowan hydropower station is studied under the blasting load with the dynamic FEM.

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

Ciasto-plastic FEM is a method usually used in the speciality of Chemical Machinery and Equipment(CME).

Two specimens at full scale of bidirectional pin -hinged joint in the Guangzhou new TV tower were tested using FEM analysis.

"Engineering Analysis Software" is a course to teach the application of large general FEM software.

The root stress of spur gears, which varies with the engaging position in the meshing process, was studied with FEM.

Current FEM software is precise, but the modeling and debugging need professional man, further more FEM need more time.

Aimed at the engine block, this thesis directly researches its radiated noise field using FEM and BEM.

It is shown that the stamping forming process can be analyzed by FEM simulation.

It is shown that the stamping forming process can be analyzed by FEM simulation.

HAO Ziyang. Dynamic behavior and stability analysis of transmission tower by FEM[D]. Baoding: North China Electric Power University, 2005.

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

Base summing up other's experience, improves the research result to simulate the weld process of board surfacing by FEM soft ANSYS.

PDS module in ANSYS namely Stochastic FEM, is adopted to predict tunnel deformation and the probability of TBM jamming.

The present thesis investigates the scattering problems of P-wave by circled cavities in near field by the method of FEM.

Finally, this paper preliminary design the assembly of DMF-CSS and analyse the major force components by using FEM methods.

In this paper, the limited settlements of the initial and the unloading plans are simulated by FEM.

The finite deformation elastoplastic FEM theory is discussed and the finite element formula is given.

Numerical analysis with FEM of the deep foundation excavation.

Numerical analysis with FEM of the deep foundation excavation.

Using method of three dimensional FEM analysis, whole stress distribution in the joints is are obtained.

It puts forward the methods to establish part family's FEM main document. FEM main document is specified.

In the paper, the problem of interaction between soil-media and an undergrounder structure to explosive loading is studied by FEM.

The paper discusses resistivity sounding modeling under water using FEM.

The former software programmer has taken out credit cards and loans, sold his car and spent his life savings on perfecting his "fem-bot" .

The process of combining part family's FEM main document and relative part's SML to derive the part's concrete FEM document is expounded.

Rigid viscoplastic FEM is a powerful approach to metal forming simulation.

FEM has been applied to analyze the calculation results of frame for Gantry press.

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

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

the load-settlement curve and load transfering law of pile and soil FEM are analyzed.

MM is advantageous over the traditional FEM in the problems involved with the propagation of crack and large mesh deformation and so on.

Discussion on "Study on loading transfer law and FEM simulation of squeezed branch pile"

Also the process of the neural network is designed and the relative error between neural network and FEM is defined.

Next, the energy transmission between two coupled beams is obtained through FEM, and then the CLF used by SEA is built.

A new method of analyzing earth dam deformation during reservoir filling using FEM is developed in this paper.

The FEM results prove that its strength could satisfy the working requirements.

The simulation of roll forming with multiple passes was studied by FEM software ABAQUS.

finally, the validity of application of FEM in glass panel is proved by data from experiments.

The simulation of roll forming with multiple passes was studied by FEM software ABAQUS.

finally, the validity of application of FEM in glass panel is proved by data from experiments.

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

The result indicates that solving engineering problem with FEM software is feasible.

FEM results were agree well with the experimental results, The residual stresses affected the ultimate load-carring capacity by about 5%.

For convection-diffusion problems, the error estimates are similar to those for the FEM.

The method is verified through the comparison bet ween FEM and SEA in order to establish a new method which get the SEA parameter by FEM.

The redesigned rolls using the approach of multi-stand FEM simulation can effectively control these two defects.

In this paper, a transferable Gauss integral matrix algorithm(TGIMA)which can perform fleetly the B spline FEM was proposed.

The equations are discretized with the Galerkin FEM in space and the implicit difference method in time.

The equations are discretized with the Galerkin FEM in space and the implicit difference method in time.

Based on the test results and FEM analysis, a regression formula of the pressure acting on the pipelines was suggested.

The results of the theoretical and FEM analysis are compared.

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

Rigid plastic FEM is a powerful approach for metal forming simulation.

An improved FEM for the seepage field calculation of tailings dam is proposed based on the traditional moving grid method.

The clamping schemes of thin-walled package were discussed on the base of FEM analysis.

A procedure of multi-grid solution to adaptive nonlinear FEM is described in this paper.

now , there are three main methods , namely limit equilibrium method , plasticity limit analysis and fem.

Product lifecycle management needs to establish the product models in each stage while the product model in FEM field needs researching.

The FEM method is useful for study the operating mechanism and optimum structure of ultrasonic motor driving fluid directly.

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

In this paper, mesh remeshing and refinement techniques on metal forming FEM analysis are discussed in detail.

It is reasonable to employ the minimum norm condition in part region of FEM when stable boundary exists.

This problem is studied by use of the theoretical derivation, numerical calculation and FEM.

The stress and strain of a directly-embedded spiral case in the Three Gorges Project was analyzed by using 3-D nonlinear FEM.

Vertebral strength was assessed in 78 elderly Japanese women using an FEM with the optimum element size.

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

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

The rolling process of corrugated waist rail is simulated by explicit dynamic FEM.

There are many mature models for simulation of soft tissue, among them, MSS and FEM are two typical models.

FEM simulation of sheet metal layered forming process has been introduced.

The stress and deformation of an asphalt concrete core dam is analyzed by 3D-FEM.

Finally, the staged construction process of foundation is simulated by using Tongji University GeoFBA FEM software.

At last, the theory of the rapid variant design of part family's FEM model based on SML is given.

Based on the maximum load, the load and its effects on the frame carling were analyzed by FEM.

The seepage field is coupled with stress field, which is simulated by FEM. The value of ground settlement of foundation pit is acquired.

The method and process of FEM analysis of the frame of energy saving race car in this paper suit all kinds of frame's design and analysis.

A good result has been achieved by using the FEM solution in reducing consumption of concrete and cutting down construction time.

The stress of base structure is analyzed by 3-D FEM under the action of temperature warping deformation and coupling with vehicular load.

at the Same time, 3-D FEM provides a good theoretical basis in the process of the design and improvement for the parts of ICE.

Using FEM the distribution of magnetic field or flux lines with less time and less work is got in assistance of high speed computers.

In Chapter Two. it cites the theory structure of the rapid variant design of part family's FEM model.

Based on the substructure technique of FEM, the model of the fin heat exchanger using the commercial software ANSYS is analyzed.

This method also provides a way to obtain the available element library for the FEM in the NMM based on existing FEM elements.

Load-on is based on elastoplastic FEM, and load-off is based on elastic FEM, and both of them adopt static implicit algorithm.

The realization of 3-D FEM of resistivity gives s powerful tool for studying a multi shape geologic body.

The optimal design is verified by FEM analysis software.

In Chapter Three, the key technology of realizing the rapid variant design of part family's FEM model based on SML is given.

The deformation on the flexible structure of contact area presented in this paper was analyzed using FEM.

FEM, matrix, is a three-dimensional computer.

By establishing the FEM model of catenary, the mode of catenary has been gotten.

In the elastic range, theaxial stresses by FEM are in agreement with measured results.

Apply the technique of CFD and FEM, advance the design of flow speed.

Application of theory on strength reduction FEM was analyzed based on improved BP neural networks.

The arithmetic for bending stress of DIGLST is presented after the coefficients of helix angle and contact lines are analyzed by 3-D FEM.

You do this by first accessing the object store properties on FEM.

The result was verified by calculation with FEM software.

The rigidity optimum model of a hydraulic chuck is established based on 3-D FEM model.

And the components and traits of part family's SML in FEM field are stated.

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

Key Techniques in the process of using FEM to simulate the cutting are analyzed .

In this paper, emphasis is put on the investigation of induced well-logging by FEM.

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

In this paper, a real engineering is used. A lot of numerical analysis work is done with global and local FEM.

This paper researches the effect of non-uniformity settlement on upper structure by using large-scale FEM software ANSYS. 1.

The simulation of multiple scanning process for laser bending of sheet metals is carried out by using FEM method.

Based on finite element method (FEM), the vibration of power transformer windings caused by electrodynamic force is analyzed.

When bigger grid is used, the FEM curve overlaps theoretical curve in low frequency, errors occur in high frequency.

After I am dead, please open them and do exactly according to my deliberate instructions. Never do things that differ fem my wishes.