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README
MulanPSL-1.0

WSAP结构力学求解器

依赖关系

  1. 生成目录需包含以下链接库,WSAPNet.dll及WSAPModelVisible.dll为关键引用项;
  2. WSAP_Release含有稳定版本的依赖项链接库
  3. WSAP_Bin/WSAP_Debug为生成路径
  4. 程序运行需依赖VC运行库环境(2015-2019):vc_redist.x64.exe(点击跳转)
依赖 简介
WSAP.dll 力学求解器核心
WSAPCLR.dll 力学求解器核心
WSAPNet.dll clr对外接口,关键引用项
WSAPModelVisible.dll 拓展方法,关键引用项
PGMHelper.dll 编程辅助
Login.dll 广州市微望建筑科技有限公司
Newtonsoft.Json.dll 序列化与反序列化
Chart3D.dll .NET简易三维绘图

目录

实例 简介
WSAPCantileverColumn 悬臂杆模型:P-Delta
WSAPDemo 框架结构实例:P-Delta、Eigen、RigidEnd
BeamLoad 梁荷载测试:LoadType、RigidEnd、Release、MonitorPrt
MDOF 多质点模型:AddDOF、Eigen
LagrangeBeam 大变形问题测试
SAPRecSlab 壳单元测试

相关推送

  1. 【WSAP】结构力学求解器(一):二阶效应分析[开源]

关键接口示意

//模型初始化
//量纲:N、mm、t
var model = new WModelNet();

/// <summary>
/// WModelNet:添加节点
/// </summary>
/// <param name="tag"> 节点编号 </param>
/// <param name="x"> 节点X坐标 </param>
/// <param name="y"> 节点Y坐标 </param>
/// <param name="z"> 节点Z坐标 </param>
/// <param name="isFix"> 节点是否约束 </param>
/// <returns> 节点对象 </returns>
WNodeNet node = model.AddNode(int tag, double x, double y, double z, bool isFix);

/// <summary>
/// WModelNet:添加单质点
/// 本命令仅适用于多质点模型
/// </summary>
/// <param name="mass"> 质量 </param>
/// <param name="stiffness"> 刚度 </param>
/// <returns> 是否添加成功 </returns>
bool isSuccess = model.AddDOF(double mass, double stiffness);

/// <summary>
/// WModelNet:添加节点荷载
/// </summary>
/// <param name="nodeTag"> 节点编号 </param>
/// <param name="dof"> 荷载自由度方向 </param>
/// <param name="load"> 荷载(mm、N) </param>
/// <returns> 是否添加成功 </returns>
bool isSuccess = model.AddNodeLoad(int nodeTag, int dof, double load);

/// <summary>
/// WModelNet:添加节点质量
/// </summary>
/// <param name="nodeTag"> 节点编号 </param>
/// <param name="transfMass"> 平动质量 </param>
/// <param name="inertiaMass"> 扭转质量 </param>
/// <returns> 是否添加成功 </returns>
bool isSuccess = model.SetNodeMass(int nodeTag, double transfMass, double inertiaMass);

/// <summary>
/// WModelNet:添加坐标为Z的所有节点
/// </summary>
/// <param name="z"> Z坐标 </param>
/// <returns> void </returns>
model.FixZ(double z);

/// <summary>
/// WModelNet:添加矩形柱单元,默认考虑P-Delta
/// 截面局部向量默认高度方向指向全局Y向
/// 默认不考虑刚域
/// </summary>
/// <param name="iNodeTag"> I端节点编号 </param>
/// <param name="jNodeTag"> J端节点编号 </param>
/// <param name="width"> 截面宽度 </param>
/// <param name="height"> 截面高度 </param>
/// <returns> 单元对象 </returns>
WElementNet column = model.AddRectConcreteColumn(int iNodeTag, int jNodeTag, double width, double height);

/// <summary>
/// WModelNet:添加矩形梁单元,默认不考虑P-Delta
/// 截面局部向量默认高度方向指向全局Z向
/// 默认不考虑刚域
/// </summary>
/// <param name="iNodeTag"> I端节点编号 </param>
/// <param name="jNodeTag"> J端节点编号 </param>
/// <param name="width"> 截面宽度 </param>
/// <param name="height"> 截面高度 </param>
/// <returns> 单元对象 </returns>
WElementNet beam = model.AddRectConcreteBeam(int iNodeTag, int jNodeTag, double width, double height);

/// <summary>
/// WElementNet:修改单元是否考虑P-Delta
/// </summary>
/// <param name="isPDelta"> 是否考虑P-Delta </param>
/// <returns> 是否修改成功 </returns>
bool isSuccess = column.SetPDelta(bool isPDelta);

/// <summary>
/// WElementNet:设定单元杆端弯矩释放类型
/// FrameReleaseEnum.NoRelease:不释放弯矩(默认)
/// IRelease:释放i端弯矩
/// JRelease:释放j端弯矩
/// IJRelease:释放ij端弯矩
/// </summary>
/// <param name="releaseType"> 杆端弯矩释放类型 </param>
/// <returns> 是否修改成功 </returns>
bool isSuccess = beam.SetReleaseType(FrameReleaseEnum releaseType);

/// <summary>
/// WElementNet:设定单元刚域长度
/// </summary>
/// <param name="iLength"> i端刚域长度 </param>
/// <param name="jLength"> j端刚域长度 </param>
/// <returns> 是否修改成功 </returns>
bool isSuccess = beam.SetRigidEndLength(double iLength, double jLength);

/// <summary>
/// WModelNet:对框架单元施加均布荷载(-Z方向)
/// 荷载分布形式:----
/// </summary>
/// <param name="elementTag"> 单元编号 </param>
/// <param name="gravityUniformLoad"> 均布荷载 </param>
/// <returns> 是否施加成功 </returns>
bool isSuccess = model.AddBeamUniformLoad(int elementTag, double gravityUniformLoad);

/// <summary>
/// WModelNet:对框架单元施加点荷载(-Z方向)
/// 荷载分布形式:*
/// </summary>
/// <param name="elementTag"> 单元编号 </param>
/// <param name="gravityLoad"> 点荷载 </param>
/// <param name="loadLengthFacotr"> 点荷载施加位置:距I端长度系数 </param>
/// <returns> 是否施加成功 </returns>
bool isSuccess = model.AddBeamPointLoad(int elementTag, double gravityLoad, double loadLengthFacotr);

/// <summary>
/// WModelNet:对框架单元施加三角形荷载(-Z方向)
/// 荷载分布形式:/\
/// </summary>
/// <param name="elementTag"> 单元编号 </param>
/// <param name="gravityMaxLoad"> 三角形荷载峰值 </param>
/// <param name="loadLengthFacotr"> 三角形荷载峰值位置:距I端长度系数 </param>
/// <returns> 是否施加成功 </returns>
bool isSuccess = model.AddBeamTriangularLoad(int elementTag, double gravityMaxLoad, double maxLoadLengthFacotr);

/// <summary>
/// WModelNet:对框架单元施加梯形荷载(-Z方向)
/// 荷载分布形式:/---\
/// </summary>
/// <param name="elementTag"> 单元编号 </param>
/// <param name="gravityMaxLoad"> 梯形荷载峰值 </param>
/// <param name="maxLoadLengthFacotrI"> 梯形荷载峰值峰值起始位置:距I端长度系数 </param>
/// <param name="maxLoadLengthFacotrJ"> 梯形荷载峰值峰值终点位置:距I端长度系数 </param>
/// <returns> 是否施加成功 </returns>
bool isSuccess = model.AddBeamTrapezoidLoad(int elementTag, double gravityMaxLoad, double maxLoadLengthFacotrI, double maxLoadLengthFacotrJ);

/// <summary>
/// WModelNet:创建有限元模型
/// </summary>
/// <param name="clearLoadCases"> 是否清空荷载 </param>
/// <returns> 是否创建成功 </returns>
bool isSuccess = model.CreateFEModel(bool clearLoadCases);

/// <summary>
/// WModelNet:基于荷载的线性求解器
/// </summary>
/// <returns> 是否求解成功 </returns>
bool isSuccess = model.DoLinearStaticAnalyze();

/// <summary>
/// WModelNet:基于荷载的非线性求解器
/// </summary>
/// <param name="stepNumber"> 分析步数 </param>
/// <returns> 是否求解成功 </returns>
bool isSuccess = model.DoGeneralStaticAnalyze(int stepNumber);

/// <summary>
/// WModelNet:模态分析
/// </summary>
/// <param name="modeNumber"> 模态数量 </param>
/// <returns> 周期列表 </returns>
List<double> periodList = model.DoEigen(int modeNumber);

/// <summary>
/// WElementNet:获得监测截面的截面力
/// 默认有11个监测截面,当施加有集中荷载时自动扩充监测截面
/// forceType:N Vy Vz My Mz T
/// </summary>
/// <param name="forceType"> 截面力类型 </param>
/// <returns> 监测截面的截面力列表 </returns>
List<double> sectionForceList = element.GetSectionForces(FrameLocalForceEnum forceType);

/// <summary>
/// WElementNet:获得监测截面距I端相对位置
/// 默认有11个监测截面,当施加有集中荷载时自动扩充监测截面
/// </summary>
/// <returns> 监测截面的位置列表 </returns>
List<double> posList = element.GetSectionPosList();
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基于C++开发力学求解器,开放CLR接口,方便测试及入门者使用。 展开 收起
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