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Highlights from
Mastering Mechanics 1: Using MATLAB 5

[Column]=makecol(data,formatn... Used with titleblock, from the shape routines.
[D, Slope]=displace(x,Moment,... DISPLACE Displacement of a beam.
[NewState]=straintr(StrainSta... STRAINTR Stress rotation.
[PriStrains, IPShearMax, Shea... PRISTRAIN Principal strains.
[PrinciplePlanes]=ppstrain(St... PPSTRAIN The principle planes of a strain state.
[PrinciplePlanes]=ppstress(St... PPSTRESS The principle planes of a stress state.
[PrincipleStresses, IPShearMa... PRISTRESS Principal stresses.
[StrainState]=rosette(epsilon... ROSETTE Converts strain gauge readings to strain state.
[]=expandaxis(perleft, perrig... EXPANDAXIS Extends the current axis in any or all directions.
[]=mohrs(StressState, option,... MOHRS Draws a Mohr's circle.
[]=mohrs2(StrainState, option... MOHRS2 Draws a Mohr's circle.
[]=plotSMD(x,shear,moment,dis... PLOTSMD Plots a Shear Moment and optional Displacement diagram.
[]=plotSMSD(x,shear,moment,sl... PLOTSMSD Plots a Shear, Moment, Slope and Displacement diagram.
[]=showvect(vectors) SHOWVECT Draws a simple diagram showing the input vectors.
[]=showx(x,colour) SHOWX Draws a line across the current axis.
[]=showx(y,colour) SHOWY Draws a line across the current axis.
[]=titleblock=titleblock(colu... TITLEBLOCK Adds two columns of text within the axis border.
[angles]=findangle (a,b,c); FINDANGLE Finds unknown angles of a triangle.
[area]=diagramintegral(x,y) DIAGRAMINTEGRAL Integral of the given numerical data.
[degrees]=RD(radians) RD Changes a matrix of radian measure to a matrix of degree measure.
[force, placement]=distload(h... DISTLOAD Converts a linearly distributed load to a point force.
[force,moment]=reaction(vecto... REACTION Finds the reaction force and moment needed to balance a force.
[forces]=fixedfixed(x,s,m,a,L... FIXEDFIXED Redundant support moments and forces.
[forces]=fixedpin(x,s,m,a,End... FIXEDPIN Redundant support moments and forces.
[forces]=pinpin(x,s,m,a,EndSu... PINPIN Redundant support forces.
[hypotenuse]=hyp(x,y) HYP Finds the hypotenous of a right triangle.
[leglength]=leg(knownleg,hypo... LEG Finds the leg length of a right triangle.
[magnitude]=mag(inVector, dir... MAG Returns the magnitude of a vector.
[matrix]=makepins(a,L,support... MAKEPINS subroutine for redundancy routine.
[moment]=summoment(vectors, c... SUMMOMENT Solves for the moment caused by a set of forces.
[num]=cols(m) COLS Counts the number of columns in a matrix.
[num]=rows(m) ROWS Counts the number of rows in a matrix.
[outVector]=opp(inVector) OPP Returns the equal but opposite vector
[outvalue]=interpolate(x,y,in... INTERPOLATE Linear interpolation for a given value.
[pntload]=dist2x(mags, place,... DIST2X Converts a distributed load to a point force acting in the X.
[pntload]=dist2y(mags, place,... DIST2Y Converts a distributed load to a point force acting in the Y.
[radians]=DR(degrees) DR Changes a matrix of degree measure to a matrix of radian measure.
[reactions]=threevector(known... THREEVECTOR Solves for three force vectors of known direction only.
[reactions]=twovec(knowns, un... TWOVECTOR Solves for two force vectors of known direction only.
[result]=channel(b,h,bt,lt,or... CHANNEL U-shape shape routine.
[result]=circle(r,req) CIRCLE Circle shape routine.
[result]=comp(part,req) COMP Composite shape routine.
[result]=halfcircle(r,orient,... HALFCIRCLE Semicircle shape routine.
[result]=hortrap(b,h,a,p,req) HORTRAP Horizontal trapezoid shape routine.
[result]=hortria(b,h,p,req) HORTRIA Horizontal triangle shape routine.
[result]=ibeam(b,h,bt,wt,orie... IBEAM I-beam shape routine.
[result]=lbeam(hl,vl,ht,vt,or... LBEAM L-beam shape routine.
[result]=obeam(od,id,req) OBEAM Circular tube shape routine.
[result]=quartercirc(r,orient... QUARTERCIRCLE Quarter circle shape routine.
[result]=rectangle(b,h,req) RECTANGLE Rectangular shape routine.
[result]=rectangle(b,h,req) RECTANGLE Rectangular shape routine.
[result]=rectube(ob,oh,ib,ih,... RECTUBE Rectangular tube shape routine.
[result]=tbeam(b,h,bt,wt,orie... TBEAM T-beam shape routine.
[result]=vertrap(b,h,a,p,req) VERTRAP Horizontal trapezoid shape routine.
[result]=vertria(b,h,p,req) VERTRIA Horizontal triangle shape routine.
[resultant,couple]=sumforce(v... SUMFORCE Sums a set of vectors into one force vector and a couple.
[resultant]=onevector(knowns) ONEVECTOR Vector that is the negative of sum of forces acting at a point.
[sn,tnt]=stresstr(StressState... STRESSTR Stress rotation.
[value]=ispos(x) ISPOS True for positive numbers.
[value]=matprop (name,constan... MATPROP Material properties look up.
[vector]=deg2xy(inputs) DEG2XY Converts vectors in degree angles to standard form.
[vector]=rad2xy(inputs) RAD2XY Converts vectors in radian angles to standard form.
[vector]=rise2xy(inputs) RISE2XY Converts vectors in rise-run format to standard form.
[vector]=xy2deg(inputs) XY2DEG Converts vectors in standard form to degree angle form.
[vector]=xy2rad(inputs) XY2RAD Converts vectors in standard form to radian angle form.
[x,y]=showcirc (radius,coords... SHOWCIRC Draws a circle on the current axis.
[x,y]=showrect (x,y,coords,co... SHOWRECT Draws a rectangle on the current axis.
[xmag,ymag,xcor,ycor]=breakup... BREAKUP Breaks a standard form force vector into its component parts.
[y]=diagram (x,option,mag,pla... DIAGRAM Creates vectors for use in plotting of diagrams.
move (inVector, coords) MOVE Changes the coordintes of a vector.
rain2ess(StrainState,E,poison... STRAIN2STRESS Converts strain to stress.
stress2strain(StressState,E,p... STRESS2STRAIN Converts stress to strain.
CH0201.m
CH0301.m
CH0401.m
CH0601.m
CH0602.m
CH0603.m
CH0604.m
CH0605.m
CH0606.m
CH1001.m
CH1002.m
CH1101.m
CH1102.m
CH1103.m
CH1104.m
CH1201.m
CH1202.m
CH1203.m
CH1301.m
CH1302.m
CH1501.m
CH2001.m
CH2002.m
CH2003.m
CH2004.m
CH2005.m
CH2006.m
CH2007.m
CH2008.m
CH2009.m
CH2010.m
CH2011.m
CH2012.m
CH2013.m
CH2014.m
CH2015.m
CH2016.m
CH2017.m
CH2101.m
CH2102.m
CH2103.m
CH2104.m
CH2201.m
CH2202.m
CH2203.m
CH2301.m
CH2302.m
CH2401.m
CH2501.m
CH2502.m
CH2601.m
CH2602.m
CH2701.m
CH2801.m
CH2802.m
CH2803.m
CH2901.m
CH2902.m
CH2903.m
CH2904.m
CH2905.m
CH2906.m
CH2907.m
CH2908.m
CH2909.m
CH2910.m
CH2911.m
CH2912.m
CH3001.m
CH3002.m
CH3101.m
CH3201.m
CH3202.m
CH3301.m
CH3302.m
CH3401.m
CH3402.m
CH3403.m
Contents.m
Contents.m
RunAllCode.m
define.m
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Mastering Mechanics 1: Using MATLAB 5

by Doug Hull

20 Aug 2002 (Updated 16 Nov 2009)

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Description

This book shows how to use MATLAB to solve common statics and strength of materials problems.

For a full book description and ordering details please refer to http://www.amazon.com/Mastering-Mechanics-Using-MATLAB-Materials/dp/0138640343

Acknowledgements

This submission has inspired the following:
ZoomBox

MATLAB release

MATLAB 5.2 (R10)

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Everyone's Tags	companion software, material problems, mechanical engineering, mechanics, statics, strength
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Comments and Ratings (8)
29 Dec 2003	giovanni crosta
05 Jul 2004	ronald ruby marinovich altez	please send me programs about electrical machines dc, ac
03 Nov 2004	Ralph Ariste	Please I need many information about electrical machines and software made with matlab and simulink about that
16 Jul 2005	Athanasios Makris	m-files are written in very systematic way! Well done!
24 Mar 2006	cesar marinovich	te encontre en la red
14 May 2006	Muamer Feriz
16 Aug 2008	krishna mallik
18 Sep 2011	Steven	Excited about trying to incorporate this in the other programming I'm doing, but I'm having difficulties getting the Shear/Bending Moment Diagrams working (diagram.m). I keep getting the following error: ??? Subscripted assignment dimension mismatch. Error in ==> CH2501 at 12 s(1,:)=diagram(x,'point',WallForce(2),0); Hope you can help. Thanks!

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16 Nov 2009	link fix

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Tag	Applied By	Date/Time
mechanical engineering	Doug Hull	22 Oct 2008 06:48:04
statics	Doug Hull	22 Oct 2008 06:48:04
strength	Doug Hull	22 Oct 2008 06:48:04
material problems	Doug Hull	22 Oct 2008 06:48:04
companion software	Doug Hull	22 Oct 2008 06:48:04
mechanics	Doug Hull	22 Oct 2008 06:48:04

Highlights from Mastering Mechanics 1: Using MATLAB 5

Mastering Mechanics 1: Using MATLAB 5

Highlights from
Mastering Mechanics 1: Using MATLAB 5