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Finite element software project consultation

Editor:AdminTime:2017-07-25 10:40:59

Automotive vehicle system and parts system solutions

1 Overview

The automobile industry is one of the most important industries in the world and one of the most competitive industries. In the modern car design process CAE analysis plays a very big role, the fierce competition in the automotive market development cycle and quality of the car made a high demand, CAE role is that it can drive lean design and rapid car development process , Can save a lot of development costs, shorten the development cycle.

CAE technology applications for the automotive business has brought great returns. Statistics show that the application of CAE technology, the new car development costs from the development costs of 80% to 90% down to 8% to 12%. For example, the Ford Motor Company in 2000 after the application of CAE, the late development rate of 50% reduction, prototype cars and test costs by 50%, investment yield increased by 50%. Toyota developed a new Corolla Passenger Car using CAE technology to reduce development time to 18 months. Mazda relies on CAE and the test to shorten the product test and the completion time of the prototype, the completion of its product prototype from 3.5 months to 1.5 months, the test cycle from 4.5 months to 2.5 months.

If CAD is to help engineers create richer, more beautiful, more practical geometric entity design, then CAE in product design quality, life expectancy, performance and cost play a more important role.

CAE technology mainly uses the finite element method, the simulation technology, the optimized design. CAE technology application almost runs through the whole process of car design, in modern automotive product design to play the color is more and more important.

2. CAE simulation technology in the automotive industry an important role

1) CAE technology can simulate the performance and condition of components and even the vehicle before the new models are developed, and avoid the traditional design - trial-testing - improve the design-re-trial process and reduce the consumption of human, financial and material resources Development costs, so that most of the problems of automotive products can be resolved at the design stage through simulation, thereby improving the design quality and efficiency, greatly reducing the product development cycle and costs;

2) CAE technology has changed the traditional design to rely on the experience of qualitative analysis, the lack of quantitative data design methods, the use of CAE means to make the product weight loss, performance optimization; the same time, using CAE calculation can be more in a short time to compare more programs, Get better and even optimized design to improve the quality of development; can also find the real cause of design problems, design engineers to provide changes in the direction to reduce the error, shorten the development cycle;

3) The application of CAE technology makes some knowledge of experience in the past design can be saved and reused in the form of quantitative, convenient and convenient. CAE technology can provide design engineers with a lot of simulation test data and technical parameters to increase the enterprise's Experience the accumulation of knowledge to enhance the design of the automotive industry capacity;

4) CAE technology enables design engineers to pre-evaluate the structure and performance of the vehicle during the product design phase, thereby significantly reducing the risk of new models. At the same time, CAE technology can significantly reduce the number and cost of tests, and some can replace test.

3. Typical system solutions

Vehicle system level solution

1) CFD analysis

CFD analysis modeling

CFD Analysis of Flow Field in Lamp

CFD Analysis of Air Conditioning System

Noise Analysis of Inlet and Exhaust Dynamics

Exhaust system thermal analysis

Thermal analysis of lamp

Electronic system thermal analysis

2) crash safety performance analysis

Collision safety analysis modeling

Matching and optimization of occupant restraint system

C-NCAP 100% positive analysis

C-NCAP 40% bias analysis

C-NCAP side-touch analysis

Rear - end collision analysis

Pedestrian protection analysis

Front and rear bumper collision analysis

In-car head collision (FMVSS 201)

Performance Analysis of Baggage Displacement Protective Device

Side Impact Strength Analysis (FMVSS 214)

Roof crushing analysis (FMVSS 216)

Seat and seat belt installation Fixed point strength analysis (FMVSS 207/210)

3) Vehicle durability analysis

Vehicle Durability Analysis Modeling

Analysis of Strength Strength of Vehicle Body

Analysis of Strength Stiffness of Frame

Analysis of Strength Strength of Door

Analysis of Strength and Stiffness of Interior and Exterior

Strength Stiffness Analysis of Joint

Strength Stiffness Analysis of Attachment System

Fatigue Durability Analysis of Body Joint

4) NVH performance analysis of vehicles

NVH finite element simulation modeling part

Body and accessories NVH analysis

Component NVH analysis

Vehicle low frequency NVH analysis

5) Vehicle dynamic performance analysis

Suspension K & C analysis

Development of vehicle chassis performance

Quasi - static and fatigue load extraction calculations

Analysis of vehicle stability

Travel ride comfort analysis

CAE analysis of vehicle parts

1) lighting system

Light intensity analysis

Panel Light VTF Analysis

Analysis of Transfer Function of Lamp

Random Vibration Analysis of Lamp

Analysis of bright and dark cut - off line of front light

Lamp fog analysis

Modal analysis

Insertion force simulation

2) Inlet and Exhaust System CAE Analysis

Vibration Analysis of Exhaust

Optimization Analysis of Exhaust Pipe Hook

Analysis of Cracks in Exhaust Manifolds

Analysis of Gas Manifold Strength

 Acoustic Coupling Analysis of Muffler

3) rearview mirror system

Modal analysis of position of rearview mirror

Rear view mirror strength analysis

Mirror jitter analysis

Plug the simulation

4) Engine system CAE analysis

One - dimensional performance analysis of the engine

Three Dimensional Performance Analysis of Engine

Mechanism Kinematics and Dynamics Simulation Analysis

Vibration and noise analysis

Structural Strength Stiffness Fatigue Analysis

5) Drive train CAE analysis

Gear transmission analysis

Differential contact state analysis

Transmission line NVH analysis

Universal joint contact analysis

6) Traveling CAE analysis

Plastic deformation analysis of front and rear axles

Analysis of Multi - mode

Analysis of Suspension System Installation Process

Strength Analysis of Steel Plate Spring

Analysis of Chassis Strength under Pavement Spectrum Excitation

7) steering and braking system analysis

Brake static analysis

Brake plate whistling analysis

Brake Process Analysis of Disc Brake

Thermoset Coupling Analysis of Brake Disc

Project consultation process

1. The customer will prepare the detailed description of the requirements and the relevant data, contact us, our professional engineers will analyze the proposed problems and technical solutions to explore. After clarifying the technical feasibility, we will provide customers with a consulting program so that customers understand how we can solve the corresponding engineering problems! If the customer's products contain confidential content, we can sign a confidentiality agreement.

2. If the customer recognizes the technical proposal we propose, we can consult and discuss the details of the cooperation. We will ask the customer for the consultation quotation. When all of them are approved, we can sign the consultation contract.

3. We started to analyze the work. In the course of the project, will always keep in touch with customers, so that customers know the progress of the project. For customers who need assistance, we will be the first time to communicate with customers.

4. Near the end of the project, we will provide the results to the customer and discuss with the customer.

5. Project acceptance. We provide analysis reports and related analysis data.

Project consultation cooperation

We can provide project consulting services to clients in three ways:

1. CAE project outsourcing

The customer will entrust the project to us. Our professional engineers in the company on time and quality and quantity of the completion of the analysis project.

2. Customer CAE project implementation

We can according to the requirements of customers, assignment engineers to complete the relevant CAE analysis.

3. Joint CAE analysis

The customer's engineers and our professional engineers carry out the project, in the process of implementation, will pass our experience to the customer's engineers.