CA E AnalysisService
Computer

Aided

Engineering

Taking advantage of our many years of productdevelopment experience, we perform simulation
analysis on your behalf. We provide you withreliable analysis results.
1. Importance of Simulation Analysis
TheoryIn product design, just theory is not enough for practicaluse. However, verification using an actual prototype
requires a great deal of effort and cost.

Only for simple problems
Experiment

By using simulation, various scenarios can be replicatedbefore implementation. The effects of changing parts andmaterials are also analyzed in advance, facilitating
decision-making related to product design.

ExpensiveSimulation
PracticalEffort

Conventional (RED) VS
Simulation-based Engineering (BLUE)
DesignVerification

Troubleshooting

Troubleshooting
Design & Verification

Time SavedBenefits• Accurate Predictions• Design Optimization• Real-Time Feedback & Iteration• Reduced Development Time• Cost SavingsTime

2. Types of Simulation Analysis
LINE SEIKI utilizes MSC Software, which stands as the gold
standard in simulation technology and has a strong trackrecord in various industries, including NASA.

STRUCTURAL / STATIC SIMULATION• What is the max stress and its location?
• What is the max deformation?
• Is my part strong enough?
Actual PartModeling

Simulation Analysis

More simulations
on the next page!

FATIGUE SIMULATION

Actual Part

• How many cycles until components fail?
• What is the max deformation?
• Is my design durable enough?

CONTACT ANALYSIS• What is the interaction between
different components in the system?
• How do surfaces deform when incontact with each other?
・Can it be assembled without failure?

□ VIBRATION & DYNAMICS SIMULATION• What are the natural frequencies?
• How does the system respond todifferent vibrational inputs?
• Will it unexpectedly vibrate excessively?

□ THERMAL SIMULATION• What is the temperature distribution?
• What are the thermal stresses andstrains?
• Will my part overheat?

□ BUCKLING SIMULATION• What is the load at which a structure
gets unstable and buckles?
• How do the geometry and material
properties influence?
• How can the structure be optimized toprevent buckling?

The following advanced analyses are also available:

EXPLICIT DYNAMICS SIMULATIONIMPLICIT MECHANICS SIMULATIONMANUFACTURING PROCESSES SIMULATIONCOMPUTATIONAL FLUID DYNAMICS SIMULATIONMULTIBODY DYNAMICS SIMULATION
ADDITIVE MANUFACTURING SIMULATIONMULTI-SCALE MATERIAL MODELINGTOPOLOGY OPTIMIZATIONACOUSTIC SIMULATIONDROP SIMULATION

Modeling

Simulation Analysis

3. Process of the Service
1. Developed Model (Pre-Processing)
Provide us with some informationnecessary for analysis.
・Import CAD model into CAE software.
・Create a mesh model.
・Define material properties.
・Define boundary conditions.

etc.

2. Type of Analysis (Solver)
Analysis is performed from various
aspects.

Computation based on the conditions
set in Pre-Processing.

3. Results (Post-Processing)
The report of analysis results will be
submitted to you.
Process the results of computationfor visual perception：
・Stress Distribution
・Deformation etc.

You can also count on us in product design, prototyping, & development!
Address : 37-7 Chuo-cho, 2-Chome
Meguro-ku, Tokyo 152-0001 Japan
Visit our company website for contact details.
E-mail address : webtrade@line.co.jp
Product page : www.lineseiki.com/cae/