Through simulation analysis, it is possible to analyze the mechanical performance of the product during its usage stage, predict the instantaneous force situation in advance during the product design stage, accurately estimate the product's collision resistance, optimize structural design, select materials reasonably, shorten research and development cycles, and improve vehicle safety.
Application scenarios: Part testing, structural design, performance optimization, etc
Specific projects: stiffness and strength analysis, fatigue analysis, collision analysis, drop analysis, etc
Equipment equipped: high-speed tensile testing machine, high-speed camera, Hopkinson rod, fatigue testing machine, creep testing machine
Material characteristic parameters required for simulation analysis |
密度 |
GB/T 1033.1、 ISO 1183-1:、DIN EN ISO 1183-1、 ASTM D792 |
杨氏模量 |
GB/T 1040、ISO 527 |
屈服应力 |
GB/T 1040、ISO 527 |
断裂延伸率 |
GB/T 1040、ISO 527 |
泊松比 |
GB/T 1040、ISO 527 |
IP防护等级 |
GB 4208-2017 |
拉伸应力-应变曲线(23 ℃) |
GB/T 1040、ISO 527 |
高速应力-应变曲线(23 ℃) |
ISO 18872、SAE J274、GB/T 36805.2、GB/T 1040、ISO 527、 |
指定温度下的应力-应变曲线 |
GB/T 1040、ISO 527 |