过渡区域
平衡刚度波动,并减小上部结构组件的磨损
问题
- 道砟破坏 - 白斑
- 乘客舒适度降低
- 刚度的突然变化
- 结构保护
- 上部结构组件的磨损度高
- 维修费用高
- 生命周期成本高
- 线路可用性低
解决方案
加入弹性元件可以降低火车驶过时所传递的振动和冲击力。 Sylomer® 和 Sylodyn® 材质高弹性组件的特定应用平衡了过渡区域中不确定的刚度差异。
- 减少道砟接触压力
- 道砟保护和轨道几何形状改进
- 降低维护成本
- 轨道弹性的优化会减少刚度变化以确保更平稳通过
- 通过拉长钢轨的弯曲线优化了荷载分布
- 减少了动载荷
客户所获得的优势
- 大幅刚度波动和压痕差异的优化过渡
- 均匀的负载分布
- 降低道砟负载
- 减少中空层
- 减少列车驶过时的冲击力
- 减少沉降
- 减小上部结构组件的磨损
- 提升安全性和行驶舒适度
- 降低维护费用
- 改善可用性
- 延长使用寿命
联系方式
{"si":[11,294],"tr":[11],"pl":[17],"cz":[17],"sk":[17],"fr":[19,271],"lu":[19],"ru":[24],"ua":[24],"by":[24],"ee":[24],"lv":[24],"lt":[24],"md":[24],"bg":[24,244,294],"ge":[24],"az":[24],"am":[24],"tm":[24],"uz":[24],"kg":[24],"tj":[24],"kz":[24],"tl":[39],"pg":[39],"la":[39],"bt":[39],"np":[39],"il":[40],"br":[43],"cn":[94,270],"jp":[103,281],"de":[144,283],"kr":[151],"tw":[151],"nz":[151],"id":[151],"ph":[151],"bn":[151],"bd":[151],"my":[151],"sg":[151],"vn":[151],"hk":[151],"th":[151],"kh":[151],"mm":[151],"at":[163,294],"ve":[171],"co":[171],"ec":[171],"pe":[171],"cl":[171],"ar":[171],"bo":[171],"py":[171],"uy":[171],"ae":[232],"sa":[232],"eg":[232],"om":[232],"qa":[232],"kw":[232],"iq":[232],"ir":[232],"sy":[232],"lb":[232],"dz":[232],"ma":[232],"tn":[232],"ly":[232],"jo":[232],"ye":[232],"hr":[244,294],"ba":[244,294],"hu":[244,294],"rs":[244,294],"me":[244,294],"al":[244,294],"mk":[244,294],"gr":[244,294],"ro":[244,294],"gb":[246,294],"ie":[246],"au":[252],"it":[255,294],"dk":[256],"no":[256],"fi":[256],"us":[258],"ca":[258],"es":[262,294],"pt":[262,294],"se":[266],"ch":[271,294],"in":[272],"li":[294]}