108 NOS. OF EXCEL SHEETS
1

MOMENT OF INERTIA OF I SECTION
2

MOMENT OF INERTIA OF T SECTION
3 DESIGN OF CIRCULAR HOLLOW SECTIONS AS PER BRITISH CODE
4 DESIGN OF CRANE GIRDER AS PER BRITISH CODE
5 DESIGN & DETAILING OF BOLTS & WELDS AS PER BRITISH CODE
6 WELD DESIGN AS PER BRITISH CODE
7 DESIGN OF DOUBLE LEAF MASONRY WALL AS PER BRITISH CODE
8 CALCULATION OF LOADS ON PILES BELOW PILE CAP
9 DESIGN OF LIQUID RETAINING CONCRETE SECTION AS PER BRITISH CODE
10 DESIGN OF RCC BEAM AS PER BRITISH CODE
11 DESIGN OF RCC RECTANGULAR COLUMN AS PER BRITISH CODE
12 DESIGN OF RCC CIRCULAR COLUMN AS PER BRITISH CODE
13 DESIGN OF SIGN POST ELEMENTS AS PER US CODES
14 CALCULATION OF WELDS, WIND, REBAR ETC AS PER US CODES
15 DESIGN OF PAD FOOTING AS PER US CODE
16 DESIGN OF ECCENTRIC FOOTING AS PER US CODE
17 DESIGN OF WALL FOOTING AS PER US CODE
18 DESIGN OF COMBINE FOOTING AS PER US CODE
19 DESIGN OF GRADE BEAM AS PER US CODE
20 DESIGN OF CONCRETE RETAINING WALL
21 DESIGN OF MASONRY RETAINING WALL AS PER US CODE
22 DESIGN OF RESTRAINED RETAINING WALL AS PER US CODE
23 DESIGN OF FLAG POLE FOUNDATION AS PER US CODE
24 DESIGN OF DEEP FOOTING AS PER US CODE
25 BOUNDARY SPRING GENERATOR
26 DESIGN OF PCC FOOTING AS PER US CODE
27 DESIGN OF GRADE SLAB AS PER US CODE
28 DESIGN OF PT SLAB ON GRADE AS PER US CODE
29 SEISMIC DESIGN OF SPECIAL MOMENT RESISTING FRAME AS PER ACI
30 SHEAR WALL DESIGN AS PER ACI
31 TILT - UP PANEL DESIGN AS PER ACI
32 CONCRETE SLAB CAPACITY AS PER ACI
33 BOLT ANCHORAGE TO CONCRETE AS PER ACI
34 DESIGN OF CONCRETE BEAM AS PER ACI
35 DESIGN OF CONCRETE DEEP BEAM AS PER ACI
36 PUNCHING STRESS IN FLAT SLAB AS PER ACI
37 RCC COUPLING BEAM DESIGN AS PER ACI
38 RECTANGULAR RCC COLUMN AS PER ACI
39 CIRCULAR RCC COLUMN AS PER ACI
40 RCC CORBEL DESIGN AS PER ACI
41 PRESTRESSED COMPOSITE SECTION DESIGN AS PER ACI
42 SHEAR FRICTION OF RCC SECTION AS PER ACI
43 DESIGN OF PRESTRESSED MEMBER AS PER ACI
44 EQUIPMENT ANCHORAGE TO CONCRETE FOUNDATION AS PER IBC 2000
45 POST TENSION CONCRETE FLOOR AS PER ACI
46 MASONRY SHEAR WALL AS PER ACI
47 MASONRY SHEAR WALL AS PER UBC
48 MASONRY BEARING WALL AS PER ACI
49 JUNCTION OF MASONRY WALL & GIRDER AS PER ACI
50 DESIGN OF MASONRY BEAM AS PER ACI
51 MASONRY COLUMN DESIGN AS PER ACI
52 BENDING POST AT TOP OF WALL AS PER ACI
53 BOLTED CONNECTION TO MASONRY WALL AS PER US CODE
54 WALL STUD (FASTENER) DESIGN AS PER US CODE
55 SEISMIC DESIGN FOR ORDINARY BRACED FRAMES AS PER IBC
56 SEISMIC DESIGN FOR ORDINARY BRACED FRAMES AS PER CBC
57 SEISMIC DESIGN FOR SPECIALLY BRACED FRAMES AS PER IBC
58 SEISMIC DESIGN FOR SPECIALLY BRACED FRAMES AS PER CBC
59 SEISMIC DESIGN FOR ECCENTRICALLY BRACED FRAMES AS PER IBC
60 SEISMIC DESIGN FOR ECCENTRICALLY BRACED FRAMES AS PER CBC
61 SEISMIC DESIGN FOR ORDINARY MOMENT RESISTING FRAMES AS PER AISC
62 SEISMIC DESIGN FOR ORDINARY MOMENT RESISTING FRAMES AS PER CBC
63 SEISMIC DESIGN FOR SPECIAL MOMENT RESISTING FRAMES AS PER AISC
64 SEISMIC DESIGN FOR SPECIAL MOMENT RESISTING FRAMES AS PER CBC
65 DESIGN OF BEAM UNDER TORSION AS PER AISC
66 TAPERED GIRDER DESIGN AS PER AISC
67 DESIGN OF COMPOSITE FLOOR BEAM WITH DECK AS PER AISC
68 DESIGN OF BASE PLATE AS PER AISC
69 DESIGN OF BEAM END CONNECTION AS PER AISC
70 REINFORCEMENTS AROUND CUTOUTS IN WIDE FLANGE BEAMS
71 TENSILE CAPACITY OF BOLTED CONNECTION AS PER AISC
72 CAPACITY OF ECCENTRIC WELDED CONNECTION AS PER AISC
73 LOAD CARRYING CAPACITY OF METAL ROOF SHEETS
74 LOAD CARRYING CAPACITY OF METAL FLOOR DECK
75 STANDARD TABLES FOR OPEN WEB STEEL TRUSS JOISTS LH SERIES
76 STANDARD TABLES FOR OPEN WEB JOIST GIRDER
77 WIND ANALYSIS FOR LOW RISE BUILDING AS PER ASCE 7 - 98
78 WIND ANALYSIS FOR LOW RISE BUILDING AS PER ASCE 7 - 02
79 WIND ANALYSIS AS PER UBC 1997
80 SEISMIC ANALYSIS AS PER IBC 2000
81 SEISMIC ANALYSIS AS PER IBC 2003
82 SEISMIC ANALYSIS AS PER UBC 1997
83 SEISMIC LATERAL FORCE ON SINGLE STOREY BUILDING AS PER IBC 2003
84 SEISMIC LATERAL FORCE ON SINGLE STOREY BUILDING AS PER UBC 1997
85 GUARD RAIL DESIGN AS PER AISC
86 SIGN STRUCTURE DESIGN AS PER US CODE
87 SNOW LOADS AS PER ASCE 7 - 02
88 AREA / SPACING OF REINFORCEMENTS
89 PROPERTIES OF BRITISH STRUCTURAL STEEL SECTIONS
90 DESIGN OF FOOTING UNDER BI-AXIAL LOADS AS PER IS: 456 - 2000
91 BAR BENDING SCHEDULE AS PER BRITISH CODE
92 MAKE YOUR OWN BAR SHAPE
93 DESIGN OF PILE CAPS AS PER BRITISH CODE
94 MAKE SIMPLE PLAN SKETCH IN EXCEL
95 CALCULATION OF WIND LOADS AS PER BRITISH STANDARD
96 SPHYGMIC SOFTWARE SPREAD SHEET
Excel-compatible spreadsheet program with over 100 functions.
97 INFLUENCE LINES FOR CONTINUOUS BEAMS
98 SECTIONAL PROPERTIES OF PLATE GIRDER AS PER BRITISH CODE
98 CALCULATION OF EFFECTIVE LENGTH OF RCC COLUMNS - IS 456
99 DESIGN OF RCC RECTANGULAR COLUMN UNDER BIAXIAL MOMENTS - IS 456
100 DESIGN OF CIRCULAR COLUMN SECTION - IS 456
101 DESIGN OF RCC RECTANGULAR COLUMN UNDER UNIAXIAL MOMENT - IS 456
102 BUDGET MONITOR
103 TIME SCHEDULE
104 CALCULATION OF SURFACE AREA OF STEEL MEMBERS - US SECTIONS
105 OPTIMUM STEEL FOR A GIVEN LAYOUT - US SECTIONS
106 DESIGN OF STEEL BEAMS - US SECTIONS
107 DESIGN OF STEEL COLUMNS - US SECTIONS
108 DETERMINE THE GEOMETRY OF DOOR OPENING WITHIN STEEL BRACING