Additional Documentation
Here you can find all the original documents available for download.
| Document | Description |
|---|---|
| 📄AdvancedExamples_Example01.pdf | Example nº 1 Forces and Moments on a beam |
| 📄AdvancedExamples_Example02.pdf | Example nº 2 Buckling analysis of a steel frame |
| 📄AdvancedExamples_Example03.pdf | Example nº 3 Beam Evolutive Analysis |
| 📄AdvancedExamples_Example04.pdf | Example nº 4 Earth retaining wall |
| 📄AdvancedExamples_Example05.pdf | Example nº 5 Earth dam |
| 📄AdvancedExamples_Example06.pdf | Example nº 6 Gravity dam |
| 📄AdvancedExamples_Example07.pdf | Example nº 7 Prestressed Beam |
| 📄AdvancedExamples_Example08.pdf | Example nº 8 Tendons definition |
| 📄AdvancedExamples_Example09.pdf | Example nº 9 Design of the layout of a prestressing |
| 📄AdvancedExamples_Example10.pdf | Example nº 10 Prestressed concrete frame |
| 📄AdvancedExamples_Example11.pdf | Example nº 11 Concrete slab bridge |
| 📄AdvancedExamples_Example12.pdf | Example nº 12 Frame reinforcement design |
| 📄AdvancedExamples_Example13.pdf | Example nº 13 Pile wailing |
| 📄AdvancedExamples_Example14.pdf | Example nº 14 Tunnel with concrete lining |
| 📄AdvancedExamples_Example15.pdf | Example nº 15 Creep & Shrinkage in Pile |
| 📄AdvancedExamples_Example16.pdf | Example nº 16 Cable – Stayed Bridge Construction |
| 📄AdvancedExamples_Example17.pdf | Example nº 17 Cable – Stayed Bridge Construction |
| 📄AdvancedExamples_Example18.pdf | Example nº 18 Cable – Stayed Bridge Construction |
| 📄AdvancedExamples_Example19.pdf | Example nº 19 Cable – Stayed Bridge Construction |
| 📄AdvancedExamples_Example20.pdf | Example nº 20 Cable – Stayed Bridge Construction |
| 📄AdvancedExamples_Example21.pdf | Example nº 21 Concrete tunnel section checking |
| 📄AdvancedExamples_Index.pdf | CivilFEM |
| 📄AdvancedExamples_Introduction.pdf | INTRODUCTION |
| 📄civilfem.chm | CivilFEM Documentation |
| 📄Install_AnsysCivilFEM.pdf | CivilFEM 2025 for ANSYS Installation guide |
| 📄Install_AnsysCivilFEM_Student.pdf | CivilFEM 2025 for ANSYS Student Installation guide |
| 📄LicenseTypes.pdf | License Types |
| 📄Reference_CAENG.pdf | ~ACTMAT, TIME |
| 📄Reference_CBENG.pdf | ~BLCBDEL, ISET1, ISET2, INC |
| 📄Reference_CCENG.pdf | ~CALSERC, B, H, MCTOP, MCBOT, ND, MD, Vec, FCD, FYD, TYP |
| 📄Reference_CDENG.pdf | ~DAHEAD, Lab1, A1, H |
| 📄Reference_CEENG.pdf | ~EFFPRES, Lab |
| 📄Reference_CFENG.pdf | ~FL3DRES |
| 📄Reference_CGENG.pdf | ~GENTEN, TENDON, TENSION, KPINI, DIVSIZE, MAT, SYSTEM, LOSS_L, LOSS_TBL, LOSS_MEA |
| 📄Reference_CHENG.pdf | ~HBSOLVE |
| 📄Reference_CIENG.pdf | ~IDHCLPF, Entity, NUM, KeyIJ, CSEC , NX_NS, MY_NS, MZ_NS, NX_S, MY_S, MZ_S, BETA, MLabel, Lab2, VAL1, VAL2,VAL3, VAL4, VAL5, VAL6, VAL7 |
| 📄Reference_CLENG.pdf | ~L_MOD, MODE1, MODE2 |
| 📄Reference_CMENG.pdf | ~MEMBDEL, ISET1, ISET2, INC |
| 📄Reference_CPENG.pdf | ~PCCBDEL, ISET1, ISET2, INC |
| 📄Reference_CRENG.pdf | ~RCVWRT |
| 📄Reference_CSENG.pdf | ~SBBMDEF, NODE |
| 📄Reference_CTENG.pdf | ~TENLD, ISET1, ISET2, INC |
| 📄Reference_CUENG.pdf | ~UNITS, Usys, Unit, LabUnit, CONVFACT, Name |
| 📄Reference_CVENG.pdf | ~VARTH, KP1, KP2, KP3, KP4, SHVERT1, SHVERT2, SHVERT3, SHVERT4 |
| 📄Reference_CWENG.pdf | ~WALLANC, STEP, IWALL, ZANCHOR, ANCHTYP, THETA, LENGTH, MAT, TYPE, REAL |
| 📄Reference_E01ENG.pdf | Chapter 1 General Utilities |
| 📄Reference_E02ENG.pdf | Chapter 2 Materials and Beam&Shell Properties |
| 📄Reference_E03ENG.pdf | Chapter 3 Solid Sections |
| 📄Reference_E04ENG.pdf | Chapter 4 User Friendly Beams |
| 📄Reference_E05ENG.pdf | Chapter 5 Combinations |
| 📄Reference_E06ENG.pdf | Chapter 6 Steel Structures – Eurocode 3 |
| 📄Reference_E07ENG.pdf | Chapter 7 Steel Structures – EA |
| 📄Reference_E08ENG.pdf | Chapter 8 Steel structures – AISC LRFD |
| 📄Reference_E09ENG.pdf | Chapter 9 Steel Structures – British Standard 5950 |
| 📄Reference_E10ENG.pdf | Chapter 10 Concrete Structures – Eurocode 2 |
| 📄Reference_E11ENG.pdf | Chapter 11 Concrete Structures – ACI 318 |
| 📄Reference_E12ENG.pdf | Chapter 12 Concrete Structures – EHE |
| 📄Reference_E14ENG.pdf | Chapter 14 Non linear Concrete |
| 📄Reference_E15ENG.pdf | Chapter 15 Shell Reinforcement |
| 📄Reference_E16ENG.pdf | Chapter 16 Seismic Design according to Eurocode 8 and NCSE94 |
| 📄Reference_E17ENG.pdf | Chapter 17 Geotechnical Module |
| 📄Reference_E18ENG.pdf | Chapter 18 Evolutive Process |
| 📄Reference_T00ENG.pdf | CivilFEM Theory Manual Table of Contents |
| 📄Reference_T01ENG.pdf | Chapter 1 Introduction |
| 📄Reference_T02ENG.pdf | Chapter 2 General Aspects of CivilFEM |
| 📄Reference_T03ENG.pdf | Chapter 3 Materials |
| 📄Reference_T04ENG.pdf | Chapter 4 Element Types |
| 📄Reference_T05ENG.pdf | Chapter 5 CivilFEM Entities |
| 📄Reference_T06ENG.pdf | Chapter 6 CivilFEM Combinations |
| 📄Reference_T07ENG.pdf | Chapter 7 Predesigned Structures |
| 📄Reference_T08ENG.pdf | Chapter 8 Miscellaneous Utilities |
| 📄Reference_T10AENG.pdf | Chapter 10–A Steel Structures According to Eurocode 3 |
| 📄Reference_T10BENG.pdf | Chapter 10–B Steel Structures According to |
| 📄Reference_T10CENG.pdf | Chapter 10–C Steel Structures According to |
| 📄Reference_T10DENG.pdf | Chapter 10–D Steel Structures According to |
| 📄Reference_T10EENG.pdf | Chapter 10–E Steel Structures According to |
| 📄Reference_T10FENG.pdf | Chapter 10–F Steel Structures According to |
| 📄Reference_T10GENG.pdf | Chapter 10–G Steel Structures according to |
| 📄Reference_T10HENG.pdf | Chapter 10–H Steel Structures According to |
| 📄Reference_T10IENG.pdf | Chapter 10–I Steel Structures According to |
| 📄Reference_T10JENG.pdf | Chapter 10–J Steel Structures According to |
| 📄Reference_T10KENG.pdf | Chapter 10–K Steel Structures According to ASME BPVC III Subsection NF |
| 📄Reference_T10LENG.pdf | Chapter 10L Steel Structures According to |
| 📄Reference_T10MENG.pdf | Chapter 10–M Steel Structures according to AASHTO LRFD BRIDGE DESIGN SPECIFICATIONS (2010 and 2012) |
| 📄Reference_T10NENG.pdf | Chapter 10–N Steel Structures According to |
| 📄Reference_T10OENG.pdf | Chapter 10–O Steel Structures according to |
| 📄Reference_T10PENG.pdf | Chapter 10–P Steel Structures according to |
| 📄Reference_T11AENG.pdf | Chapter 11–A Reinforced Concrete Beams (Part I) |
| 📄Reference_T11BENG.pdf | Chapter 11–B Reinforced Concrete Beams (Part II) |
| 📄Reference_T11CENG.pdf | Chapter 11–C Reinforced Concrete Beams (Part III) |
| 📄Reference_T12ENG.pdf | Chapter 12 Prestressed Concrete Beams |
| 📄Reference_T13ENG.pdf | Chapter 13 Concrete Shells |
| 📄Reference_T14ENG.pdf | Chapter 14 Seismic Design |
| 📄Reference_T15ENG.pdf | Chapter 15 Exporting Utilities |
| 📄Reference_T16ENG.pdf | Chapter 16 Integration with FLAC3D |
| 📄Reference_T17AENG.pdf | Chapter 17–A Geotechnical and Foundations |
| 📄Reference_T17BENG.pdf | Chapter 17–B Geotechnical and Foundations Module |
| 📄Reference_T17CENG.pdf | Chapter 17–C Geotechnical and Foundations Module |
| 📄Reference_T18AENG.pdf | Chapter 18–A Bridge and Civil Non Linearities Module |
| 📄Reference_T18BENG.pdf | 1 Chapter 18–B Bridge and Civil Non Linearities |
| 📄Reference_T20ENG.pdf | Chapter 20 Advanced Prestressed Concrete Module |
| 📄Reference_T99ENG.pdf | Commands Index |
| 📄ReleaseNotes.pdf | CivilFEM 2025 SP1 for Ansys – RELEASE NOTES: |
| 📄Verification_Manual.chm | CivilFEM Documentation |
| 📄Workbook_00.pdf | 0. CivilFEM Structural Designer |
| 📄Workbook_01.pdf | 1. Stress Analysis of a Cantilever Steel Beam |
| 📄Workbook_02.pdf | 2. Elastic Beam Analysis with Generic Section |
| 📄Workbook_03.pdf | 3. Check by Eurocode 3 a Steel Truss |
| 📄Workbook_04.pdf | 4. |
| 📄Workbook_05.pdf | 5. Shell Reinforcement According To Eurocode 2 |
| 📄Workbook_06.pdf | 6. Results Combination in Hexagonal Shell |
| 📄Workbook_07.pdf | 7. Biaxial Bending + Axial Force Checking According to BS 8110 |
| 📄Workbook_08.pdf | 8. Compression Buckling |
| 📄Workbook_09.pdf | 9.Check by EHE a Prestressed Slab Bridge |
| 📄Workbook_10.pdf | 10. CivilFEM Structural Designer |
| 📄Workbook_11.pdf | 11. Push–over analysis |