DYNAFORM ETA PDF

Specifically designed to improve efficiency, eta/DYNAFORM reduces the tryout time and costs that are associated with the design and development of the tooling . eta / DYNAFORM is the only stamping product and die development technology software to provide total CAE solutions. DYNAFORM software provides total. eta-dyna-logo. DYNAFORM is a simulation software solution, which allows organizations to bypass soft tooling, reducing overall tryout time, lowering costs.

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E ngineering T echnology A ssociates. A sia P acific M iddle E ast. It has following functional modules: Springback and Springback Compesation. Blank and Trim Line Development. It can accurately predict wrinkling, cracking, rebound, stress problems, surface defects, BHF, press tonnage, and so on. We can parameterize equivalent drawbead in the CAE model to make it into a solid shape drawbead.

The mesh information of the solid bar can be used for simulation; the user can export the solid drawbead directly to the CAD software catia, UG, etc. The real rib simulation is more consistent with the actual forming state, which provides a reliable guarantee for springback prediction and springback compensation. Baosteel provides 9 categories of material parameters for all grades of sheet metal. Material library contains detailed parameters like stress-strain curves, FLC and so on. It is found that the Bauschinger effect has a significant impact on the forming and springback of ultra-high-strength steels such as DP and TRIP steels.

The accurate material yielding trajectory combined with the non-linear isotropic-follower reinforcement material model can greatly enhance the forming and springback prediction of the accuracy. As shown in the figure, using DYNAFORM to calculate DP springback using isotropic strengthening and isotropic respectively – follow-up to strengthen the material model, the contrast can be found to use isotropic – follow-up material model after a lot of rebound volume.

After ensuring the process stability, whole processcan be carried out after the simulation. Main Features Blank Size Engineering: Curve surface creation and editing capabilities are provided. BSE- Modular two pieces of material: BSE- Tailor – welded blanks.

ETA/Dynaform Sheet Metal Simulation Software

Reverse Three Dimensional Trimming line: According to the key point of material utilization, adjust the blank size, size of 3D inverse boundary line and provide basis for the product block evaluation and improvement of material utilization rate.

BSE automatic forming reports. BSE-Supports the formation of nesting, drawing layout, mixed layout. You can manually drag and drop to adjust the nesting results: Tailor Welded blank layout: BSE- Stamping direction adjustment, automatic and manual, convenient, support for the single-piece, two-mode, variety of stamping process conditions.

Rapid batch analysis can be carried out in batches; batch start and batch layout feature. It can analyze complex stamping process in the industry which includes springback and springback compensation and it is known for high precision era the world. In the early stages of product development and mold development, springback analysis provides the basis for product design, as shown following example: Accurate springback analysis provides basis for the product and mold development.

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Especially in the case of high-strength steel, accurate springback analysis is very important. Product springback larger circumstances, relying on the mold process and structure has been difficult to produce products to meet the demand, so the current springback compensation is an indispensable tool in the development of mold means.

Springback Analysis and Springback Compensation Case: The method of iteration is used to optimize the dimension of the sheet. The original blank is automatically corrected during the iteration to obtain the exact product shape, and the product shape ultimately matches the target trimming line.

Example is shown below. You can also optimize multi-step and sideline: In the NC simulation of the bend, you can automatically calculate the tube centerline; according to the shape of the elbow after the automatic production process bend; can automatically generate the necessary tools for bending process.

Bend cynaform interface, and tool parameters are as follows: Tube Forming Simulation Case: Die structure analysis DSI: Stamping force Can be mapped to the die structure for stress, strength, fatigue analysis, thus optimizing the structure.

The entire production line can be simulated; can also simulate part under the dynafkrm of the deformation of the robot. In order to improve the safety performance of vehicles and weight requirements, models having more and more hot-formed parts are being used. Hot-Forming analysis can simulate the most advanced hot stamping process, including: The following example shows the result of hot stamping of the patch: Hot Forming analysis can accurately simulate the hot stamping process of wrinkling, cracking, thinning and other issues.

Common with high-strength steel plate of negative clearance, or small rounded forming, or thick plate forming are not suitable for general stamping simulation of the shell unit, in which case the sta of the shape of the springback, will be seriously affected. You need to try new cell types or new cell algorithms, such as solid units or the thickness stretch shell unit that takes into account the normal stresses that cause material thinning.

Using volume elements forming slabs bear fruit and resilience: The simulation results show: The central opening is Not only supports the use of volume simulation sheet metal forming, but also supports the use of volume simulation tube forming.

Hardening of Steel at two temperatures. Transformation induced by different initial plastic strain. Air-conditioner shell forming analysis wrinkling. Now in automotive design, the use of simultaneous engineering, and product design to take into account dunaform initial product formability, technology and other factors. Apart from experience, the use of tools is already eat product design stage to assess the product’s main means of formability.

Unreasonable product design, timely design changes.

At the same time the results of the analysis can be used as a mold to make the process quick reference module design process mold surface as a research product formability basis to become a reality. It provides widely recognized in the automotive stamping the SE. During stamping die outsourcing, consider the module material cost, mold quotes provide a great convenience. Mold Factory program to help determine the process, the analysis may appear in the mold problem: Timely adjustment of process technology solutions and modulus.

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In the process of determining the process parameters: Tonnage, lubrication, clamping conditions. Mold structure is reasonable, and die fatigue analysis.

Some mature users, even without debugging mold, which can be opened. DYNAOFRM is widely used in household appliances such etq kitchen utensils, air conditioners, refrigerators, televisions and other fields.

It can be used to perform various tasks such as product blank nesting, formability and springback analysis, to determine kitchenware deep tube drawing step, irregularities roughnesscomplex product shape dynafotm.

Air-conditioned shell forming analysis wrinkling. These products are usually small parts, but require relatively high precision. It is used in aerospace sheet metal parts, mostly of large scale. Most of the forming methods used are special forming, such as rubber bag forming, stretch forming, and skin deep drawing. Springback Analysis of a car beam.

Forming Analysis of Parts of Automobile.

Cranes Software International Limited – eta-Dynaform

Liufeng, Taiwan, is a die factory which simulates car floor parts. Following figure shows the comparison of simulated and the actual results. Liufeng believes that the use of DYNAFORM technology can effectively predict defects in performance and improve the quality of die development and reduce product development cycle. Nature and process analysis of home appliance parts.

Analysis and surface quality inspection. US DCX related engineering and technical personnel believe that the use of simulation technology to provide ETA can effectively analyze the surface of defective products, and advanced means of detecting defects.

Improve product quality, reduce inspection time. My Account User Name Password. BSE automatic forming reports 7. BSE-Supports the formation of nesting, drawing layout, mixed layout Shaped layout: Hardening of Steel at two temperatures Transformation induced by different initial plastic strain Appliance Industry: DYNAOFRM is widely used in household appliance industry fields such as kitchen utensils, air conditioners, refrigerators, televisions etc.

DYNA FORMING ENGINEERING & TECHNOLOGY SDN BHD – DYNAFORM

Small appliances unwrapped kitchenware multi-step deep drawing Air-conditioner shell forming analysis wrinkling Electronics Industry: It is used for aerospace sheet metal parts, mostly of large scale. Springback Analysis of a car beam Industry: Forming Analysis of Parts of Automobile Industry: Automotive Liufeng, Taiwan, is a die factory which simulates car floor parts.

Nature and process analysis of home appliance parts Industry: Analysis and surface quality inspection By Industry: